May 2011 - Amtil
May 2011 - Amtil
May 2011 - Amtil
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may11<br />
AUSTRALIAN<br />
MANUFACTURING<br />
TECHNOLOGY<br />
Melbourne<br />
gears up for<br />
austech ’11<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong> 1<br />
INDUSTRY UPDATE > MOTORS & DRIVES > CNC CONTROLLERS >CUTTING TOOLS > COMPRESSORS
200% More<br />
Delivering<br />
Profitability<br />
I S C A R G u a r a n t e e s R e s u l t s<br />
Cost Saving Milling<br />
with High Productivity<br />
Superior Fine Pitch Endmills<br />
3Productivity<br />
Performance<br />
Profitability<br />
200% More<br />
Delivering<br />
Profitability<br />
I S C A R G u a r a n t e e s R e s u l t s<br />
Drilling Down Production<br />
Costs with High Productivity<br />
Indexable Carbide Heads<br />
3Productivity<br />
Performance<br />
Profitability<br />
2 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
60% More<br />
Delivering<br />
Profitability<br />
I S C A R G u a r a n t e e s R e s u l t s<br />
Cutting Down<br />
Production Costs<br />
with the High Productivity<br />
Tangential Parting System<br />
3Productivity<br />
Performance<br />
Profitability<br />
30% More<br />
Delivering<br />
Profitability<br />
I S C A R G u a r a n t e e s R e s u l t s<br />
Turning into Lower<br />
Costs with High Productivity<br />
SUMOTURN Coated Grades<br />
3Productivity<br />
Performance<br />
Profitability<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
www.iscar.com.au<br />
3
Be one of the first to see what’s new in<br />
Advanced Manufacturing<br />
Connect with large numbers of key industry<br />
contacts in one place<br />
Learn about the latest products and services<br />
designed to help grow your business<br />
Combining with National Manufacturing Week and ausplas<br />
for australia’s largest ever manufacturing industry event<br />
Find out more, and register to visit at<br />
austechexpo.com.au<br />
oNliNe Media paRtNeR<br />
Media paRtNeR<br />
austRaliaN<br />
MaNuFaCtuRiNg<br />
teCHNologY<br />
4 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Austech <strong>2011</strong><br />
australia’s premier advanced Manufacturing<br />
& Machine tool exhibition<br />
24th – 27th <strong>May</strong> <strong>2011</strong><br />
Melbourne Convention & exhibition Centre<br />
south Wharf, Melbourne<br />
suppoRtiNg paRtNeRs & spoNsoRs<br />
RN8919<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
5
CONTENTS<br />
Volume 11 Number 4 <strong>May</strong> <strong>2011</strong><br />
ISSN 1832-6080<br />
Editorial 8<br />
INDUSTRY NEWS<br />
Time for a new approach to workplace training 11<br />
Carbon price talk puts solar on front burner 12<br />
Walter expands range with Smartphone app 14<br />
State govt.. welcomes WA’s newest wind farm 16<br />
Trade review provides renewed focus on trade 17<br />
Green manufacturing takes aim 20<br />
GM Holden vindicates new car plan 20<br />
1st Pacific Addivitive Manufacturing Forum 24<br />
Delivering skilled workers to resources sector 25<br />
ONE ON ONE<br />
Mike Lawson – Manufacturing Head, DIISR 26<br />
AUSTECH PREVIEW<br />
Austech – stronger than ever 28<br />
CUTTING TOOLS<br />
Cutting tales 74<br />
Avalon Airshow <strong>2011</strong> – huge success for<br />
Sandvik Coromant 76<br />
Theory and practice – Walter & West Saxon<br />
University 77<br />
Multi-Master – 10 years of service &<br />
going strong 78<br />
MOTORS & DRIVES<br />
Direct drives for cooling tower applications 84<br />
New Demag rotar motor goes green 86<br />
High performance drives for port facilities 88<br />
CNC CONTROLLERS<br />
New CNC gear & software spur shop-floor<br />
productivity 92<br />
Perfectly tailored – Siemens new system<br />
for compact class 95<br />
Fanuc – latest generation of CNC controllers 96<br />
COMPRESSORS<br />
Two variable outputs doubles benefits 98<br />
Sullair’s Champion V-Series variable<br />
speed drives 100<br />
Cheap choice or costly consequence 103<br />
AMTIL FORUM<br />
Finance - Insurance cover - the real cost 104<br />
OHS – How to find money for OHS 105<br />
Law – Who owns the mould 106<br />
Preview<br />
Lead Story 28<br />
Austech stronger than ever<br />
To date, 137 exhibitors from around the country have registered for Austech, to<br />
be held in Melbourne’s Exhibition Centre on 24-27 <strong>May</strong>. The event will occupy<br />
5833m² of floor space. Some, 10,000 + visitors are expected over the four<br />
days, further demonstrating the renewed confidence in Australian manufacturing.<br />
Austech and National Manufacturing Week (NMW) will line up alongside the<br />
Ausplas international plastics industry exhibition, making this a truly special event.<br />
Some additional initiatives are innovateAustralia, the Manufacturers’ Showcase<br />
Pavilion, Manufacture Link and the new Additive Manufacturing pavilion.<br />
Cutting Tools 80<br />
Improving economics for machining<br />
cavities in hardened steel<br />
Stay in control<br />
Today's 'Open' CNC controllers are more<br />
than just fast computers; they are the front<br />
line interface that allows for the generation<br />
of very complex multi-axis machining<br />
strategies relatively easily. Further, they<br />
offer tool-offsets at a push of a button,<br />
allow servomotors to be tuned on the fly,<br />
and automatically handle the replacement<br />
of broken tools. And they provide control<br />
over processes.<br />
Want to improve process economics<br />
for roughing mould cavities in<br />
hardened stock Take a tip from<br />
Minco Tool and Mould Inc. As<br />
a mould manufacturer, Minco<br />
improved its cavity hogging and<br />
reduced bottlenecks in a key<br />
operation on a popular hardened<br />
stock with a facemill featuring three<br />
flutes with six-sided inserts.<br />
CNC Controllers 90<br />
COVER DETAILS<br />
Excitement is mounting for the Austech exhibition, to be held in Melbourne’s<br />
Convention & Exhibition Centre on 24-27 <strong>May</strong>.<br />
6 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
New Technology: Twisted coolant hole<br />
Improved Chip evacuation performance<br />
New Chipbreaker<br />
Covers a variety of workpiece materials<br />
MEGACOAT<br />
New Grade<br />
PR1230 (Carbon Steel)<br />
PR1225 (Stainless Steel, Low Carbon Steel)<br />
PR1210 (Cast Iron)<br />
Precise Drilling:<br />
Balanced System<br />
Better Surface Finishing<br />
MagicDrill DRX<br />
Authorised Distributors:<br />
New South Wales<br />
Wise Tooling Pty Ltd<br />
Picnic Point<br />
Tel: +02 9773 1840<br />
Email: wisetool@gmail.com<br />
Victoria<br />
JPB Cutting Tools Pty Ltd<br />
Mooroolbark<br />
Tel: +03 9727 2607<br />
Email: jpbcutt@ozemail.com.au<br />
Queensland<br />
Wallers Precision Tooling<br />
Towoomba<br />
Tel: +07 4633 3774<br />
Email: ayrcross@bigpond.com<br />
West Australia<br />
UTG - Australia Pty Ltd<br />
Dalkeith<br />
Tel: +412 009 582<br />
Email: dektooling@ozemail.com.au<br />
Bromach Pty Ltd<br />
Sutherland<br />
Tel: +02 9525 0666<br />
Email: bromach@bigpond.com<br />
Precision Tools Service Australia Pty Ltd<br />
Sunshine<br />
Tel: +03 9312 5148<br />
Email: info@ptsaustralia.com.au<br />
Wallers Precision Tooling<br />
Mackay<br />
Tel: +07 4952 3336<br />
Email: wptmackay@bigpond.com<br />
Precision Tools Service Australia Pty Ltd<br />
Kalamunda<br />
Tel: +0418 948 755<br />
Email: lenbenjamin@bigpond.com<br />
D.E.K Tooling Supplies Pty Ltd<br />
Nerellan<br />
Tel: +02 4647 2332<br />
Email: dektooling@ozemail.com.au<br />
Glory - ETP<br />
Beresfield<br />
Tel: +02 4966 5047<br />
Email: pete@gloryetp.com.au<br />
D&D Barry Pty Ltd<br />
Tel: +03 8588 1126<br />
Email: sales@ddbarry.com.au<br />
Advanced Tooling Supplies<br />
Brisbane<br />
Tel: +07 3881 0008<br />
Email: advancedts@lizzy.com.au<br />
South Australia<br />
Toolprocure Pty Ltd<br />
Glynde<br />
Tel: +08 8337 3941<br />
Email: info@toolprocure.com.au<br />
For more information:<br />
Email: ceratip@kyocera.com.sg<br />
http://www.kyocera.com.sg<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
7
EDITOR<br />
in Chief<br />
CONTRIBUTING<br />
EDITORS<br />
Martin Oakham<br />
moakham@amtil.com.au<br />
Ph: +61 3 9800 3666<br />
Fax: +61 3 9800 3436<br />
Nina Hendy<br />
nina@ninasword.com.au<br />
Ph: +61 3 5333 4939<br />
ADVERTISING Anne Samuelsson<br />
SALES<br />
asamuelsson@amtil.com.au<br />
MANAGER Ph: +61 3 9800 3666<br />
Fax: +61 3 9800 3436<br />
Editorial<br />
Martin Oakham<br />
Editor in Chief<br />
PUBLICATIONS<br />
co-ordinator<br />
Gabriele Richter<br />
grichter@amtil.com.au<br />
Ph: +61 3 9800 3666<br />
Fax: +61 3 9800 3436<br />
PUBLISHER<br />
DESIGN:<br />
Shane Infanti<br />
sinfanti@amtil.com.au<br />
Ph: +61 3 9800 3666<br />
Fax: +61 3 9800 3436<br />
Graphic Heart Pty Ltd<br />
COVER DESIGN: Typographics<br />
PRINTER:<br />
Printgraphics - Australia<br />
Post all correspondence to:<br />
Australian Manufacturing Technology<br />
Suite 1, 673 Boronia Road,<br />
Wantirna, Victoria 3152, Australia<br />
Copyright Australian Manufacturing Technology<br />
(AMT). All rights reserved. Magazine or part<br />
thereof may not be copied or reproduced without<br />
written permission by the publisher. Contained<br />
specifications and claims are those of the<br />
manufacturer.<br />
Disclaimer: The opinions expressed by AMT<br />
contributors or editorial staff are not necessarily<br />
those of AMTIL.<br />
AMT is dedicated to Australia’s machining,<br />
tooling and sheetmetalworking industries and is<br />
published monthly (10 issues). Subscription to<br />
AMT (and other benefits) is available through<br />
AMTIL associate membership at $120pa.<br />
Suite 1, 673 Boronia Road,<br />
Wantirna, Victoria 3152.<br />
Ph: 61 3 9800 3666<br />
Fax: 61 3 9800 3436<br />
www.amtil.com.au<br />
8 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
InovatIon Has a new name<br />
3 Helical cutting edges for 90 degree milling<br />
Internal coolant supply<br />
Cutter bodies do not require modification<br />
for insert mounting with corner radius<br />
High relief for ramp-down application<br />
Unique angled screw clamping gives<br />
increased insert stability<br />
<br />
<br />
<br />
<br />
<br />
TaeguTec Australia Pty Ltd.<br />
Unit 53/9 Hoyle Avenue Castle Hill NSW 2154, Australia<br />
Tel: + 61 2 98948077 Fax: + 61 2 98949077 E-m ail: sales@taegutec.com.au http://www.taegutec.com<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
9
Innovation – creating and<br />
unlocking ideas<br />
From the Minister<br />
Senator Kim Carr,<br />
Minister for Innovation, Industry,<br />
Science and Research<br />
usinesses are being urged to embrace new ideas and<br />
research to bolster manufacturing and work towards a<br />
cleaner, greener and more skillful Australia.<br />
Innovation Minister Senator Kim Carr stressed the need for<br />
collaboration as he launched the latest Innovation Showcase<br />
at the MCG in Melbourne featuring companies exhibiting<br />
hi-tech products made possible with help from the Australian<br />
Government.<br />
Senator Carr praised the stand-out achievements of the<br />
15 companies featured and said they were terrific examples<br />
of the Showcase’s theme: powering productivity through<br />
collaboration.<br />
“These companies illustrate the fact that partnerships<br />
between government, researchers and industry are the key<br />
to turning the best and brightest ideas into reality,” Senator<br />
Carr said.<br />
“Our innovators must work hand in hand with our manufacturers<br />
so that productivity can be the foundation of our<br />
national economy.<br />
“We can lead the world in commercialising cleaner, more<br />
efficient, and globally competitive products and technologies.<br />
AquaGen Technologies Pty Ltd, for example, has worked out<br />
how to harness energy from ocean waves. Indice EcoTech has<br />
produced a device that increases the efficiency of power controls,<br />
and MicroHeat Technologies’ water heating system will<br />
help cut water and energy use for business and home-owners.<br />
“Our manufacturers can make the energy efficient, clean<br />
and green goods that customers demand. These innovative<br />
companies are contributing to that ideal of a healthier Australia,<br />
and making it possible to export our green technology<br />
globally.<br />
“Together we will build a richer, fairer and greener Australia.”<br />
The Gillard Labor Government, through Innovation Australia,<br />
has a number of innovation assistance measures, including<br />
the R&D Tax Concession, Commercialisation Australia<br />
and venture capital programs that allow companies to develop<br />
and commercialise their inventions to benefit all Australians.<br />
These programs, together with other support such as that<br />
provided through Enterprise Connect, Cooperative Research<br />
Centres and advice from the Industry Innovation Councils<br />
are all targeted at boosting Australia’s productivity.<br />
For more information on the range of assistance measures<br />
available visit www.ausindustry.gov.au and www.innovation.<br />
gov.au, call 13 28 46 or email hotline@ausindustry.gov.au.<br />
A new wave of manufacturing<br />
From the CEO<br />
Shane Infanti<br />
CEO AMTIL<br />
or those who have not become accustomed to the new<br />
terminology surrounding Direct Digital Manufacturing,<br />
I suggest you do so. The advancements that have been<br />
made, and are being made, in this area are quite significant.<br />
I would be surprised if most manufacturers are not touched<br />
by components using this process in the near future, even<br />
traditional manufacturing companies.<br />
Direct digital manufacturing, sometimes called rapid,<br />
direct, instant or on-demand manufacturing, is a manufacturing<br />
process which creates physical parts directly from<br />
3D CAD files or data using computer controlled additive<br />
and subtractive fabrication and machining techniques with<br />
minimal human intervention.<br />
It is the Additive Manufacturing (AM) component that<br />
is of real interest. Also called freeform fabrication, rapid<br />
prototyping, layered manufacturing of 3D printing; this<br />
technique was originally used to make prototypes of parts<br />
by physically constructing 3D geometries from material such<br />
as epoxy resin, ABS and other polymers.<br />
Nowadays, the speed, reliability and accuracy of the<br />
equipment used had improved to the extent that production<br />
applications can be considered as cost effective means to produce<br />
complex parts. Also, a broad array of materials including<br />
metals such as titanium and Inconel are being utilised. More<br />
recent technologies such as selective laser sintering, direct<br />
metal laser sintering, fused deposition technologies, polyjet<br />
matrix and inkjet technologies are being improved to the point<br />
that traditional manufacturing processes for some parts may<br />
become obsolete in the future.<br />
If these terms are new to you then take the time to investigate<br />
the potential applications of direct digital manufacturing<br />
in your business. Gone are the days when this was just<br />
for R&D or prototyping. AM is more energy efficient than<br />
subtractive techniques, there is little or no waste involved in<br />
the process, speed can be improved in manufacturing parts<br />
since no tooling is required and more complex components<br />
can be produced.<br />
This year at Austech will see the introduction of an Additive<br />
Manufacturing Showcase. With the support of companies<br />
such as XYZ Innovation, Camplex, Hi-Tech Metrology, Rapid<br />
Concepts, 3D Printing Systems, Benson Machines, Rapidpro,<br />
Formero and RMIT University, AMTIL has put together a<br />
static display highlighting to visitors the technology behind<br />
additive manufacturing and the benefits of the process. Austech<br />
runs from 24-27 <strong>May</strong> at the Melbourne Exhibition Centre in<br />
conjunction with Ausplas and National Manufacturing Week.<br />
To register for the show visit www.austechexpo.com.au<br />
10 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Time for a new approach to<br />
workplace training<br />
From the Industry<br />
Heather Ridout –<br />
Chief Executive Australian Industry Group<br />
t is becoming increasingly clear that Australia’s approach<br />
to workforce training needs a major overhaul. Layers<br />
of red tape together with the fragmented nature of the current<br />
training is obscuring the many positive elements that<br />
exist and ultimately, is failing to address the intensifying<br />
skill shortages across the economy.<br />
To tackle this urgent issue, it is critical that industry<br />
is given a stronger role in our training system to ensure<br />
training is focused on the right areas, is well directed and<br />
consistent with the needs of our economy. The policies,<br />
initiatives, funding and research activities focused on workforce<br />
development need to be consolidated in a national<br />
workforce development strategy. To achieve this, Ai Group<br />
has proposed the establishment of an Australian Workforce<br />
Development Agency as a matter of urgency.<br />
According to Skills Australia, we need an additional<br />
240,000 skilled workers over the next five years to meet the<br />
needs of an economy on the brink of unprecedented growth.<br />
Of particular concern is the inadequacy of our workforce’s<br />
foundation skills.<br />
Research shows 46% of Australia’s working age population<br />
(equating to 7 million adults) has literacy scores<br />
below the minimum required to function fully in life and<br />
work. In terms of numeracy it was 53% or 7.9 million<br />
below the required level. Failure to develop these skills<br />
will result in decreased productivity and profitability<br />
across the economy.<br />
Safety In Action <strong>2011</strong><br />
The Safety In Action and Melbourne Materials Handling<br />
trade shows returned last month to the Melbourne Exhibition<br />
Centre. More than 300 exhibitors across three<br />
acres offered workplace safety products and services to<br />
crowds of around 10,000 visitors over the show’s three<br />
days from 5-7 April.<br />
Together, the shows are Victoria's largest dedicated<br />
OHS event and organisers say it owes its popularity to<br />
the breadth of products and services on show. This year,<br />
however, a greater emphasis was placed on the advice<br />
to match with a series of free harmonisation seminars<br />
open to attendees.<br />
"The harmonisation of OHS laws has certainly brought<br />
renewed attention to compliance issues," says organiser,<br />
Marie Kinsella of Australian Exhibitions & Conferences,<br />
"but visitors tell us they come with specific OHS challenges<br />
in mind because they know Safety In Action and<br />
Melbourne Materials Handling has practically every<br />
solution on offer under one roof."<br />
One of the life-saving devices showcased at Safety In<br />
Action was described as the world's first pocket defibrillator<br />
by Staying Alive Paramedical Services. The small<br />
Given the skills gap, it's not surprising the Australian<br />
skilling system is underfunded – in the vicinity of $660m<br />
per annum. However, the problem will not be fixed simply<br />
by increasing funding. Nor will it be fixed just by focusing<br />
on skills. We need, instead, to move to a workforce<br />
development model focused on industry need and industry<br />
engagement, including improved and more effective financial<br />
engagement from industry.<br />
The creation of the Workforce Development Agency would<br />
see the consolidation of programs related to workforce development<br />
brought into one body thereby sharpening the economic<br />
focus of the system and strengthening industry's voice. Pivotal<br />
to its success would be its close working relationship with<br />
Skills Australia and the industry skills councils to develop<br />
and implement short and medium term workforce development<br />
strategies and solutions in partnership with Government.<br />
This Agency would take a fresh approach to improving<br />
the quality and relevance of workforce training solutions;<br />
co-ordinating and integrating enterprise stream funding<br />
according to workforce development needs; reforming the<br />
apprenticeship system by removing duplication and administrative<br />
red tape; focusing strongly on the development of the<br />
foundation skills of literacy and numeracy, and revitalising<br />
the development of management skills.<br />
This new approach to workforce development in Australia<br />
would be a much needed reform of the system, not another<br />
re-jigging. This Agency would be critical in the delivery of<br />
skills in this country and indeed the future of many important<br />
industries which are currently unable to access the skilled<br />
labour they desperately need. Industry will be looking for<br />
urgent Government support of the proposal together with<br />
a major focus on skills in this month's Federal Budget if<br />
we are to boost productivity and capability for the future.<br />
device makes defibrillation a reality for outdoor workers,<br />
while the larger FRED EasyOnline is monitored over the<br />
internet for enhanced safety and reliability.<br />
Night and outdoor workers will also appreciate safety<br />
vests that can be seen up to 800 metres away at night from<br />
Baker & Farrow. The vests shine without any other light<br />
source and are said to offer a 400% increase in visibility<br />
compared to standard retro-reflective tape.<br />
www.safetyinaction.net.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
11
Industry News<br />
Carbon price talk puts solar on front burner<br />
Australian clean energy company SilexSolar has ramped<br />
up production of solar cells and modules by 300% at its<br />
Sydney Olympic Park plant, driven by household demand.<br />
Australia’s only manufacturer of solar cells, SilexSolar<br />
recently introduced a new factory direct online service for<br />
retailers of PV panels, cutting costs for energy-conscious<br />
consumers and maintaining a competitive edge against<br />
imported solar modules.<br />
SilexSolar General Manager Rod Seares said that the success<br />
of SilexSolarDirect combined with high profile media<br />
discussions around the carbon tax were driving awareness<br />
of the benefits of clean power.<br />
“People are increasingly conscious that they will need<br />
to address energy prices literally in their own backyard,”<br />
Seares said. “We recently installed a new assembly robot and<br />
one of the largest laminators in the Southern Hemisphere,<br />
which means we are well equipped to handle this growth<br />
in throughput -- it is tremendously exciting.<br />
“As Australia’s only solar cell manufacturer, we are delighted<br />
both to see demand growing for our solar modules<br />
and to continue our drive towards lower production costs.”<br />
SilexSolar employs over 100 people at Olympic Park,<br />
where production was increased to 24 hours a day, seven days<br />
a week some months ago in anticipation of rising demand.<br />
“Expanding employment opportunities at Australia’s only<br />
solar cell facility is a privilege,” Seares said. “Hundreds of<br />
jobs were nearly lost when the former owners closed the<br />
plant in 2008. Not only did we save the facility, we have<br />
expanded and improved the infrastructure and are working<br />
on new models with even greater efficiency. We are just<br />
getting started.”<br />
Whilst the Australian solar market has seen growth of<br />
up to 400% in recent years, it remains extremely volatile<br />
due to its reliance on State and Federal support.<br />
“Like many other businesses in Australia who are working<br />
towards a clean energy economy, stability is key.”<br />
www.silexsolar.com.au<br />
One membership. Many benefits.<br />
8952RN<br />
Connect…<br />
with some of the most successful people in the industry through<br />
our networking events, Austech, projects and other activities.<br />
Inform…<br />
yourself and learn about the range of industry information via<br />
AMT Magazine, Austech, AMTIL – The Source, regular E-Newsletters,<br />
industry updates, demonstrations and seminars.<br />
Grow…<br />
your business through multiple opportunities to market your capabilities<br />
with discounts on exhibiting at Austech, AMT Magazine advertising,<br />
Industry Capability Directory and the AMTIL website’s Member Directory.<br />
Explore the opportunities today. For more information or<br />
to join AMTIL visit amtil.com.au or call 03 9800 3666.<br />
AMTIL Membership starts from as little as $200.<br />
8952 AMTIL FEN Hor Half Page Ad.indd 1 17/3/11 11:39:27 AM<br />
12 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Need finance to lift<br />
your exports<br />
If financial barriers are holding back your export business,<br />
talk to EFIC. Our finance solutions, including performance<br />
bonds and advance payment bonds, can help free up your<br />
working capital for your export activities. * We work with<br />
you or your bank to give your exports a lift.<br />
*Conditions apply<br />
For more information, visit www.efic.gov.au/bonds<br />
Overcoming financial barriers for exporters<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
13
Industry News<br />
Walter expands its range of services<br />
with a Smartphone app<br />
From accessing important tool data to placing orders online<br />
in the Walter Toolshop: Walter Tools & More app enables<br />
users to do both while on the move. Users can, with their<br />
iPhone, determine cutting parameters for tools for the<br />
required operation and also place their orders online conveniently.<br />
This new app developed by Walter is available<br />
free of charge in 23 languages.<br />
Calculating cutting data while being away from your<br />
desktop PC, comparing the cost efficiency of two tool solutions,<br />
ordering tools and accessing rich online content from<br />
Walter is made easy. The new smart-phone application Walter<br />
Tools & More makes all this quick, convenient and possible<br />
while on the go. Tools & More provides a user-friendly interface<br />
and a wide range of functions. "With Walter Tools &<br />
More, customers benefit from our comprehensive machining<br />
expertise while they are on the move", says Andreas Evertz,<br />
Chief Executive Officer at Walter AG. "This demonstrates<br />
our aim to provide our customers, besides excellent products<br />
our comprehensive service which makes them even more<br />
efficient in their operations."<br />
With Tools & More, Walter is the only manufacturer on<br />
the market with a smartphone application for working out<br />
detailed cutting data calculations.<br />
The app can be used to calculate the parameters for:<br />
• face, shoulder and slot milling processes<br />
• hole making, including both drilling and boring<br />
• turning (ISO turning and grooving).<br />
For these operations, you can calculate the torque, driving<br />
power and machining volume, main cutting time, cutting<br />
Gripping technology<br />
force and also chip thickness. The calculator also takes the<br />
material group, rake angle, machine efficiency and wear<br />
factor into consideration.<br />
The savings calculator provides quick and easy cost<br />
comparison between two tool solutions. One can compare<br />
properties like: costs for indexable inserts and bodies, the<br />
machine setting and the presetting hours, the spare machine<br />
capacity, as well as the savings per component and<br />
per batch or year.<br />
Using Walter Tools & More, users can access online<br />
resources, a comprehensive package of web-based applications<br />
and websites. The online resources include, among<br />
others, the TEC + CCS software from Walter, which assist<br />
the user with targeted search for the most economical solid<br />
carbide tool or HSS boring tool, threading tool or milling<br />
cutter from the competence brands Walter Titex and Walter<br />
Prototyp. After entering the relevant parameters such<br />
as application, material, machine and cutting data, TEC +<br />
CCS determines the best available tool solution – including<br />
possible alternatives. The result shown comprises not simply<br />
the cutting data, but also an associated cost calculation.<br />
Using the app, the user can order the right tools online via<br />
the Walter Toolshop. This solution provides a time-saving<br />
ordering process, access to entire range of standard tools,<br />
up-to-date stock information as well as a clear overview of<br />
the ordering and billing history. Walter Toolshop is available<br />
24/7 throughout the year. This solution also prevents<br />
an order from being entered twice.<br />
Walter Australia Pty Ltd - 03 8793 1000<br />
www.walter-tools.com<br />
During the 41st International Robotics<br />
Symposium, Heinz-Dieter Schunk,<br />
CEO of Schunk, received the<br />
Engelberger Robotics Award. The<br />
Engelberger Award is considered to<br />
be the most prestigious award in the<br />
robotics field. It honours individuals<br />
that have provided outstanding<br />
contributions in areas of technology<br />
development, application, education<br />
and leadership.<br />
The award is named after Joseph<br />
F. Engelberger, the founder of industrial<br />
robotics and father of the<br />
modern robotics industry.<br />
The prize has been awarded by<br />
the Robotic Industries Association<br />
Heinz-Dieter Schunk with his award<br />
agencies make up the 250 members<br />
of the RIA.<br />
Schunk is a pioneer in the<br />
field of gripping technology. He<br />
recognised early on, that gripping<br />
would play a leading role<br />
in automation and robotics. He<br />
was one of the first engineers to<br />
develop standardised gripping<br />
modules.<br />
Today, Schunk is considered<br />
to be the worldwide competence<br />
leader in clamping technology and<br />
gripping systems with the Schunk<br />
program having more than 10,000<br />
standard products.<br />
As a pioneer in modular robotics,<br />
(RIA) trade organisation in North America since 1977.<br />
Leading robot manufacturers, suppliers and system<br />
integrators, operators, research groups and consulting<br />
the company offers a vast modular system<br />
from which various robot structures for industry and<br />
research can be individually configurated.<br />
14 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Industry News<br />
Robotics a manual handling and<br />
productivity solution<br />
Robotics may be an ingenious solution for employers<br />
in the manufacturing sector struggling to drive down<br />
injuries associated with manual handling. That will<br />
be the message from robotics consultancy Robotize<br />
at this year's Melbourne Materials Handling show<br />
from 5-7 April.<br />
Robotize director Wade Leslie pointed to statistics<br />
released in February by Safe Work Australia showing<br />
manual handling caused 41% of all serious workers'<br />
compensation claims. Injuries associated with body<br />
stressing left those injured unable to return to work<br />
for a median 4.7 weeks.<br />
"The best solution is to redesign tasks to eliminate<br />
the possibility of injuries caused by body stressing<br />
and robotics can provide the ultimate answer," says<br />
Mr Leslie.<br />
WorkSafe Victoria's guide Manual Handling in<br />
the Automotive Industry recommends robotics to<br />
control several major hazards involving loading/<br />
unloading production plant (presses, lathes etc); loading<br />
and unloading stillages and pallets; and using hand tools.<br />
Packing and inspecting products, weighing, palletising<br />
were the areas identified by WorkSafe Victoria in its Guide<br />
to Manual Handling in the Food Industry where robotics<br />
could be used to eliminate manual handling hazards.<br />
As well as the occupational health and safety benefits<br />
of automating hazardous manual handling tasks, Leslie describes<br />
the ease and speed with which a robot can perform<br />
a task like palletizing as "phenomenal".<br />
"Of course, it is essential to remember that the role of<br />
workplace safety doesn’t end once a manufacturing task is<br />
robotically automated," he says. "Operating a secure robotic<br />
environment involves an entirely new set of protocols;<br />
otherwise you’re simply replacing the risk of injury from<br />
manual handling to something entirely more hazardous.<br />
"Fortunately, there are specialist robotic integrators<br />
who are experts at providing an array of safety options and<br />
instructing the manufacturer on which ones are the most<br />
appropriate for their application."<br />
To see robots focused on the tasks of picking, packing and<br />
stacking, visit Robotize at Melbourne Materials Handling<br />
when it runs concurrently with Safety In Action from 5-7<br />
April at the Melbourne Exhibition Centre.<br />
For more information, visit robotize.com.au, www.<br />
safetyinaction.net.au, email safetyvisitor@aec.net.au or<br />
phone Australian Exhibitions & Conferences Pty Ltd on<br />
03 9654 7773.<br />
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Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
15
Industry News<br />
Dassault Systèmes acquires Intercim<br />
Dassault Systèmes is now offering the world's first end-to-end<br />
Product Lifecycle Management (PLM) system following the<br />
acquisition of process execution software specialist Intercim.<br />
The $US 36.5m acquisition allows Dassault Systèmes<br />
to combine its Delmia 3D virtual production software with<br />
Intercim's software solution for a paperless manufacturing<br />
execution system (MES) on the shop-floor.<br />
Dassault Systèmes Australia General Manager Gilles<br />
Cruanes says the combination of Delmia and Intercim brings<br />
digital continuity to real-life factory operations.<br />
"With digital continuity between design and shop floor,<br />
customers can now fully leverage 3D digital for all functions<br />
in the production chain - from concept design through to<br />
product delivery," said Cruanes.<br />
"This provides the ability to achieve real-time visual<br />
status and control, and predictable product quality. The<br />
results for customers are cost savings through better visibility<br />
of unplanned events, decreased cycle times and better<br />
material management."<br />
Cruanes said the combination of virtual production<br />
and production execution software delivers unprecedented<br />
advantages for customers in advanced and highly regulated<br />
industries.<br />
"Product innovation requires production innovation.<br />
"Our Delmia virtual production platform has previously<br />
allowed 3D simulation of manufacturing environments,<br />
but for the first time we can complete the PLM loop with a<br />
single, integrated, tool."<br />
Energy Minister Peter Collier has welcomed the official<br />
opening of Western Australia’s newest clean energy<br />
project, the Mt Barker Wind Farm.<br />
Developed on a private sheep property north of the<br />
Great Southern town, the site is expected to generate<br />
about 8400 megawatt hours of electricity each year from<br />
three 800 kilowatt turbines - enough to power up to 1500<br />
homes in the Plantagenet Shire.<br />
“The facility is expected to reduce greenhouse gas<br />
emissions by more than 8000 tonnes of carbon dioxide<br />
each year,” Collier said.<br />
“Power from the wind farm will be purchased under<br />
a long-term agreement by energy retailer Synergy and<br />
fed into the South West Interconnected System.”<br />
The wind farm’s owners, Mt Barker Power Company<br />
Pty Ltd, engaged SkyFarming of Fremantle to develop<br />
and build the 73m tall wind generators that support the<br />
local electricity system.<br />
The Mt Barker Wind Farm was partly funded with<br />
$4.2m from the Renewable Remote Power Generation<br />
Program (RRPGP), an Australian Government-funded<br />
initiative managed by the Office of Energy in WA.<br />
A similar capital outlay was provided by major investor<br />
and project partner Advanced Energy Resources.<br />
Dassault Systèmes partner Memko, which has been a<br />
reseller of Intercim software in the Asia Pacific since 2008,<br />
says Intercim's integration with Delmia presents a great opportunity<br />
for complex and highly regulated organisations<br />
to transform operational productivity.<br />
"In Australia and across multiple industries the overwhelming<br />
majority of work instructions are still paper-based,<br />
and most of the market is largely unaware of the benefits<br />
a paperless solution like Intercim can offer," said Memko<br />
Director Miro Miletic.<br />
"This extension of digital PLM from design to process<br />
execution provides a totally new way of operations, transforming<br />
organisational efficiency and understanding and<br />
preventing defects.<br />
"Users are able to view and interact with the 3D model<br />
to collect data and identify potential defects, thus improving<br />
yield while decreasing the cost of rework and scrap.<br />
"Eliminating paper on the shop floor also consolidates<br />
various electronic shop-floor information formats into a<br />
single revision-controlled electronic record that facilitates<br />
smooth process flow. Ultimately, manufacturing quality<br />
and through-put is improved."<br />
"Engineers are empowered within manufacturing operations<br />
to ensure their designs are compliant, so each<br />
unit produced is 'built right' the first time and is certified<br />
to operate," he said.<br />
"The system also provides a complete 3D-as-built history<br />
for immediate traceability.<br />
State Government welcomes WA’s<br />
newest wind farm<br />
Mt Barker Wind Farm construction. Photo Peter Auer<br />
“This development supports initiatives the Liberal-<br />
National Government has already announced and introduced<br />
to diversify the State’s energy sector and deliver a<br />
cleaner energy future for WA,” the Minister said.<br />
“It also supports the direction of the Strategic Energy<br />
Initiative: Energy 2031, which will provide a practical plan<br />
to meet our energy needs for the next 20 years.”<br />
16 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
"The Federal Government's trade policy review announced<br />
today by the Trade Minister, Dr Craig Emerson, represents<br />
a sensible stock take of Australia’s global trade agenda and<br />
provides a renewed focus on the importance of supporting<br />
trade in the national interest," Australian Industry Group<br />
Director International Innes Willox said today.<br />
"Ai Group supports the principles of free trade, including<br />
the government’s five key policy objectives. Properly<br />
negotiated liberalised trade outcomes have the potential to<br />
significantly boost productivity and Australia’s international<br />
competitiveness.<br />
"These agreements need to create a truly level playing<br />
field for Australian industry, especially at a time when it is<br />
competing in a global market with the Australian dollar at<br />
post-float highs, patchy conditions across sectors and high<br />
interest rates in comparison to our major trading partners.<br />
Agreements do not knock down doors to immediately create<br />
new export opportunities in new markets, rather, Ai Group<br />
members find that free trade agreements provide the most<br />
benefit when Australian companies already have a foothold<br />
in that market. This is especially so in an international<br />
economy still recovering from the global financial crisis<br />
where behind the border trade restrictions in many of our<br />
key trading markets have clearly increased.<br />
Industry News<br />
Trade review provides a renewed focus<br />
on trade outcomes<br />
"The government's commitment to focus FTA negotiations<br />
on markets where Australian industry already has a<br />
strong trading relationship makes particular sense, especially<br />
with Japan, South Korea, China and Indonesia - all of which<br />
are in Australia's top 10 export destinations. However, the<br />
completion of these agreements need to deliver the most<br />
comprehensive, reciprocally liberalised outcomes possible.<br />
The next big test will likely be completion of the Korea<br />
FTA and the negotiated tariff outcomes on vehicles and<br />
automotive components.<br />
"The government's continued support of Doha is<br />
important. However, we have reached a point where the<br />
global community needs to bite the bullet and finalise<br />
the round or walk away, so we can focus on a bilateral<br />
and regional trade agenda that will specifically benefit<br />
Australian industry. Talks over the next few months at<br />
senior officials level will be vital to determining the success<br />
or failure of Doha.<br />
"It is crucial that the trade promotion and facilitation<br />
strategies supporting this Trade Policy Statement, such as<br />
the Export Market Development Grants Scheme, are fully<br />
funded in the upcoming Budget so that the programs can<br />
be reliably effective in supporting the competitiveness of<br />
Australian exporters of goods and services," Willox said.<br />
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Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
17
Tech News<br />
Germany: Lightning-fast materials testing using<br />
ultrasound<br />
Ultrasound has been a valuable tool in non-destructive<br />
materials testing. However, the demands of modern production<br />
conditions are increasing all the time. Researchers<br />
at Fraunhofer have now developed a new, more reliable<br />
process that delivers testing results at a rate that is up to<br />
a hundredfold higher. By adapting the conventional sonar<br />
procedure, they have generated 3D images with the aid<br />
of innovative software and increased the testing rate a<br />
hundredfold. They no longer use the sonar method that<br />
emits a sound field in just one particular direction. Instead,<br />
a probe is used to generate a defocused, non-directional<br />
wave that penetrates the material. Imperfections are<br />
easy to identify. The startling thing is that a fissure is<br />
now visible even if the ultrasound was not specifically<br />
directed at it.<br />
Fraunhofer<br />
Canada: Power tool vibration research<br />
Workers who employ handheld power tools can be exposed<br />
to large levels of vibrations in their hands and upper arms.<br />
Such vibrations are not without consequence. "Prolonged<br />
exposure to intensive tool vibration can cause hand-arm<br />
vibration syndrome," says Subhash Rakheja, a professor<br />
in Concordia University. He has published widely on<br />
the ills of vibration overexposure and prevention and has<br />
worked extensively to develop best workplace practices,<br />
which have led to International Organization for Standardization<br />
(ISO) for whole body vibration (ISO 5982) and<br />
for hand-arm vibration (ISO 10068). A world standard for<br />
anti-vibration gloves is now being investigated.<br />
Concordia University<br />
Germany: Extreme testing for rotor blades<br />
Wind turbines are growing bigger and bigger – the diameter<br />
of their rotor blades could soon reach 180m. But that<br />
creates a need for larger test rigs capable of accommodating<br />
the blades for load testing. One of the largest-ever<br />
experimental test rigs, for blades measuring up to 90m<br />
in length, will shortly go into operation. The prototypes<br />
of new blades have to be tested and certified before they<br />
can go into production, and that requires equally as large<br />
testing facilities. Fraunhofer’s IWES Institute will be<br />
inaugurating a new facility with the capability of testing<br />
rotor blades up to 90m long. The central feature will be<br />
a tiltable 1000 metric ton steel and reinforced concrete<br />
mounting block. Hydraulic cylinders used to tilt the block<br />
and additional cylinders to load the blade will allow the<br />
rotor blade to be easily bent. A unique testing setup allows<br />
for the blade tip of 90m blades to be bent through<br />
a distance of 25 meters. The hydraulic tiltable mounting<br />
block allows the setting up of the ideal configuration for<br />
conducting tests with high precision in a minimum amount<br />
of time. During the testing, the blade is subjected to the<br />
same loads that it would normally have to withstand in<br />
20 years of operation<br />
Fraunhofer<br />
Canada : Permanent anti-fog coating<br />
Researchers at Université Laval have developed the<br />
first permanent anti-fog coating. which could eliminate<br />
the fog on eyeglasses, windshields, goggles, camera<br />
lenses, and on any transparent glass or plastic surface.<br />
Researchers used polyvinyl alcohol, a hydrophilic<br />
compound that allows water to spread uniformly. The<br />
challenge was to firmly attach the compound to the<br />
glass or plastic surface. To accomplish this, researchers<br />
applied four successive layers of molecules, which<br />
formed strong bonds with their adjoining layers, prior<br />
to adding the anti-fog compound over this base. The<br />
result was a thin, transparent, multilayered coating<br />
that does not alter the optical properties of the surface<br />
In addition, the chemical bonds that join the different<br />
layers ensure the hardness and durability of the entire<br />
coating. Existing anti-fog treatments don’t have these<br />
properties and won’t withstand washing, whereas this<br />
coating is permanent.<br />
Université Laval<br />
Poland: Innovative new laser<br />
The Institute of Physical Chemistry of the Polish Academy<br />
of Sciences and the Warsaw University work have<br />
started construction of an innovative laser. The compact<br />
device will make use of a unique light amplification<br />
technology to allow single laser pulses to reach the<br />
power of tens of terawatts with world record-breaking<br />
amplification parameters.<br />
Polish Academy of Sciences<br />
USA: Progressing towards hydrogen vehicles<br />
Researchers have revealed a new single-stage method<br />
for recharging the hydrogen storage compound ammonia<br />
borane. The breakthrough makes hydrogen a<br />
more attractive fuel for vehicles. Hydrogen is in many<br />
ways an ideal fuel. It possesses a high energy content<br />
per unit mass, and it can be used to run a fuel cell,<br />
which in turn can be used to power a very clean engine.<br />
On the down side, H2 has a low energy content per<br />
unit volume. The crux of the hydrogen issue has been<br />
how to get enough of the element on board a vehicle<br />
to power it a reasonable distance. Work has focused<br />
on chemical hydrides for storing hydrogen, with one<br />
material in particular, ammonia borane. Ammonia<br />
borane is attractive because its hydrogen storage capacity<br />
approaches 20% by weight - enough that it should,<br />
with appropriate engineering, permit hydrogen-fueled<br />
vehicles to go farther than 480km on a single "tank," a<br />
benchmark set by the U.S. Dept of Energy. This simple<br />
scheme regenerates ammonia borane from a hydrogen<br />
depleted "spent fuel" form (called polyborazylene) back<br />
into usable fuel via reactions taking place in a single<br />
container. This "one pot" method represents a significant<br />
step toward the practical use of hydrogen in vehicles<br />
by potentially reducing the expense and complexity of<br />
the recycle stage.<br />
Los Alamos National University<br />
18 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Industry News<br />
Expansion plans spur new appointments<br />
Australian speciality steel business, Interlloy has launched a<br />
five year vision for growth with the creation of a number of<br />
new roles including a CEO to drive the business and a Non-<br />
Executive Chairman to further bolster the Board capability<br />
and guide expansion plans.<br />
Robert Barnes, appointed to the role of CEO in February,<br />
brings to Interlloy many years of senior management experience<br />
from a diverse range of industries including pharmaceutical<br />
and consumer goods in domestic and international markets.<br />
Barnes’ track record brings strong organic growth outcomes<br />
over many years combined with significant merger,<br />
acquisition and integration experience, all of which will be<br />
important to Interlloy’s future growth plans.<br />
According to Barnes his appointment marks a major transition<br />
in the development of this 24 year old business with a<br />
strong history of success.<br />
“The growth possibility that Interlloy offers is a great<br />
challenge; to recreate a business building on the success of the<br />
past with the opportunity of the future,” he said when asked<br />
what motivated him to join the steels industry.<br />
That growth intent is further enhanced with the recent sale<br />
and leaseback of the Interlloy distribution facilities Australia<br />
wide to ensure appropriate funding for the investments ahead.<br />
The newly created role of Non-Executive Chairman has<br />
been filled by John Downes. Downes, Strategy Director at<br />
the Business Development Company, has been working with<br />
Interlloy on developing and implementing their business<br />
growth strategies for the past 12 months.<br />
“The appointment of Rob as CEO was seen as a critical<br />
element of the growth plan; bolting a $500m capable CEO onto<br />
this fast growing business is a master stroke” he said, when<br />
reflecting on key milestones in the strategy implementation.<br />
“It’s all about having the right people in place, being accountable<br />
for doing the right things right, and focused on the right<br />
outcomes. It sounds simple, but it continues to be the biggest<br />
single issue facing CEOs and the performance of their businesses<br />
today That’s why we have put in place a number of strategies to<br />
focus the business on the few key high impact activities, and it<br />
is paying off. Revenue and performance are up in the industry<br />
where there is a struggle for growth and profitability.”<br />
Downes is one of Australia’s leading business growth<br />
experts with over 25 years Australian and international experience<br />
providing strategy and operational advice. Downes<br />
merged his successful strategy and operations services business<br />
into the Business Development Company.<br />
Prior to commencing his own business, Downes was a lead<br />
consulting partner at Deloitte Private where he advised middle<br />
market and multinational organisations on their strategy,<br />
operations, and the technology to support their growth. He<br />
has worked in Melbourne, Canberra, London and Chicago.<br />
“I am really excited about helping Interlloy become the<br />
dominant special steels provider in Australia.”<br />
CO-LOCATED WITH<br />
21-23 JUNE <strong>2011</strong><br />
BRISBANE CONVENTION & EXHIBITION CENTRE<br />
REGISTER TO VISIT qldSafETyShOw.cOm.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
19
Government News<br />
Green manufacturing takes aim at global<br />
billion dollar market<br />
A new manufacturing process using organic fibres to make<br />
planks for shipping pallets has been supported by the Federal<br />
Government.<br />
Developed by Biofiba Limited, based at Gosford, NSW,<br />
and now with funding from the CSIRO’s Australian Growth<br />
Partnership (AGP), the process will help the company win a<br />
share of the global pallet market worth billions of dollars a year.<br />
Wooden pallets take up a large slice of the world’s timber<br />
consumption. While there are several environmentally<br />
sustainable processes being developed, most export pallets<br />
are used once and then consigned to landfill where they<br />
slowly decompose.<br />
The AGP program – funded through the Federal Government’s<br />
extension to the CSIRO’s Flagship initiatives – was<br />
created to offer funding to small and medium-sized enterprises<br />
(SMEs) in an area of national priority. The program offers<br />
between $500,000 and $2m per SME and allows businesses<br />
to purchase CSIRO research and development capability.<br />
Announcing the funding, Innovation Minister Senator<br />
Kim Carr said Biofiba’s technology would allow production<br />
of timber substitutes from organic fibres and natural starches.<br />
GM Holden result vindicates new car plan<br />
“The raw materials come from renewable sustainable<br />
resources and pallets made from Biofiba composites will<br />
break down into Earth-friendly, natural matter – delivering<br />
significant environmental advantages over traditional<br />
wooden pallets,” Carr said.<br />
“The Gillard Labor Government is pleased to support<br />
programs like AGP because they provide a focused and<br />
customised way to overcome technology challenges.<br />
“To be able to use the resources of the CSIRO to deliver<br />
this type of solution that has the capacity to improve Australia’s<br />
triple bottom line, is an exciting prospect.”<br />
The CSIRO will invest up to $1.97m to fund a collaboration<br />
through its Future Manufacturing Flagship to tailor the<br />
material formulation and high speed production.<br />
Biofiba’s Managing Director, Laurence Dummett, said<br />
the company was attracted to the AGP program because it<br />
could deliver a combination of benefits.<br />
“The CSIRO’s Future Manufacturing Flagship has the<br />
facilities to develop the commercial process and to validate<br />
the products’ biodegradability. AGP offered us access to<br />
this and funding as well,” Dummett said.<br />
GM Holden’s $112m after tax profit in 2010 is a resounding<br />
vindication of the Australian Government’s $5.4bn A New<br />
Car Plan for a Greener Future and its transformation of the<br />
Australian automotive industry.<br />
Congratulating GM Holden, Innovation Minister Senator<br />
Kim Carr said the result was made possible by hard work under<br />
a partnership with Holden, the Federal and State Governments,<br />
unions and workers and was testament to the resilience and<br />
creativity of the Australian automotive industry.<br />
“This return to profitability is a $320m turnaround that<br />
shows that the New Car Plan is working,” Carr said.<br />
“Not only are domestic vehicle sales for Holden up by<br />
11% for 2010 compared with 2009, but vehicle exports, to<br />
Brazil, the Middle East, New Zealand, South Africa and<br />
North America also underwent a 13% boost.<br />
“Australian engine exports also rose by 25% and, coupled<br />
with greater demand for engine products, this led to a second<br />
production shift at Port Melbourne. The reinstatement of a<br />
second shift at Elizabeth was also a fantastic result for the<br />
company and its loyal workers.<br />
“The fact that there are excellent prospects for further<br />
export growth at a time of a strong Australian dollar further<br />
underscores our faith in the company and the industry.”<br />
Carr said the introduction of the locally produced Holden<br />
Cruze and the potential for a police variant of the Caprice<br />
for the North American market would add further strength.<br />
“This is a company that has also made an exemplary<br />
commitment to local design and engineering, supported<br />
by the Australian and State Governments. For example, it<br />
spent $179m on research and development in 2010, compared<br />
with $146m in 2009,” Carr said.<br />
The success of the Australian-designed Camaro in the<br />
United States is evidence of the expertise of the local operation,<br />
which is GM’s global centre for large rear wheel<br />
drive architecture.<br />
“This result is in no small way due to the efforts of<br />
GM Holden Chairman and Managing Director Mike<br />
Devereux, and his staff and workers. I want to particularly<br />
acknowledge the sacrifices that have been made<br />
by Holden workers during the hard times of the global<br />
downturn,” Carr said.<br />
Bosch restructure<br />
The Australian Government is disappointed to learn<br />
that Robert Bosch Australia Pty Ltd will be relocating<br />
some of its manufacturing operations overseas. Bosch’s<br />
decision reflects the company’s international commercial<br />
priorities. Bosch did not speak to the Australian<br />
Government before making its announcement.<br />
The Government regrets the decision and will stand<br />
with workers and the company to minimise the social<br />
and economic disruption to families. The decision will<br />
affect some 380 jobs at the Clayton site in Victoria over<br />
the next two-and-a-half years. Bosch currently employs<br />
1100 people at Clayton out of a total of over 1800 across<br />
Australia. The company will honour all employee entitlements<br />
and offer extensive outplacement and general<br />
counselling services to those affected.<br />
Bosch has a strong and on-going commitment to the<br />
Australian market and community. And, importantly,<br />
its design and engineering capability will remain in<br />
Australia — Bosch will continue to manufacture components<br />
for local markets.<br />
20 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
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Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
21
22 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology<br />
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Industry News<br />
Safety In Action visitors pack first<br />
morning seminars<br />
Safety in Action headline speaker Barry Sherrif<br />
‘Safety In Action’ visitors recently filled 450 seats to capacity<br />
and then lined the walls of a Melbourne Exhibition<br />
Centre hall to hear Barry Sherriff, partner of Norton Rose<br />
law firm, explain the implications of the new model Work<br />
Health and Safety Act. The hall was filled once again to<br />
hear from Safe Work Australia’s Julia Collins.<br />
The address was the first of three Sherriff, regarded as<br />
one of the architects of the model laws, presented at the<br />
Safety In Action and Melbourne Materials Handling trade<br />
shows last month. The lawyer heads a line-up of experts<br />
hosting seminars at Safety In Action that includes Julia<br />
Collins of Safe Work Australia and Carol Bullivant of the<br />
Australian Industry Group.<br />
Sherriff told the audience it was “troubling there’s misinformation<br />
out there being peddled by people.”<br />
In particular, Sherriff said, middle managers could<br />
be assured they were not regarded as “officers” under the<br />
model Act, which is due for adoption around Australia from<br />
1 January next year.<br />
“Officers are those who participate in making decisions<br />
affecting the whole, or a substantial part of, the organisation.<br />
Contrary to some of the alarming statements being made,<br />
these are not decisions at the micro level.<br />
On the other hand, Sherriff said middle managers had<br />
not escaped responsibility.<br />
“A word of caution: managers are workers too and have<br />
a duty of reasonable care to others.”<br />
Although the consistency brought by the new model Act<br />
has been applauded by businesses operating in multiple<br />
jurisdictions, Sherriff said this was not the most important<br />
outcome of the harmonisation process.<br />
“The model Work Health and Safety Act delivers much<br />
more than achieving homogeneity,” he said. “That will not<br />
be the biggest change across the country. Instead, it is about<br />
moving safety forwards.”<br />
It was time to update existing legislation based on the<br />
40-year-old Robens report, he said. Work was no longer<br />
undertaken purely by employees but now involved a more<br />
complex set of relationships that included contractors, subcontractors,<br />
labour-hire companies and even volunteers.<br />
“If you look in the model Act for the duties of an employer,<br />
it will be a fruitless task,” he said. “If you look in<br />
the model Act for the duties of an employee, it will be a<br />
fruitless task. Each of these will still have duties, but as part<br />
of broader classes of ‘business’ and ‘worker’. Workers are<br />
those who work in any capacity and who are influenced by<br />
the holder of the primary duty of care. We have not made<br />
fundamental changes to the legislative model but are bringing<br />
it up to date. We have made it clearer who owes a duty.<br />
No longer are your obligations determined by who you are<br />
but by what you do.”<br />
Sherriff did not accept suggestions from a Safety In Action<br />
audience member that the model Work Health Safety<br />
Act would necessarily impose greater costs on employers.<br />
“A lot of what we’ve done is to simplify and clarify<br />
things, to make the law better and remove the legal gobbledygook.<br />
People in the office, factory, the warehouse, or<br />
the road who need to understand the safety laws. It requires<br />
what you should now be doing anyway.”<br />
Are pre-apprenticeships<br />
the answer<br />
Giving would-be apprentices a taste of what to expect<br />
through pre-apprenticeship training does not necessarily<br />
lead to increased completion rates or course satisfaction.<br />
Released by the National Centre for Vocational Education<br />
Research (NCVER), ‘Preapprenticeships and their<br />
impact on apprenticeship completion and satisfaction’<br />
finds that these courses see only a modest increase in<br />
satisfaction with job related aspects of apprenticeships<br />
– nothing that suggests that pre-apprenticeships solve<br />
many of the issues relating to poor completion rates.<br />
Dr Tom Karmel, Managing Director, NCVER said<br />
that no doubt some find a pre-apprenticeship valuable<br />
for their apprenticeship, but the study provides little<br />
evidence of much of an effect on overall completion rates.<br />
“We found that pre-apprenticeships helped a bit in<br />
construction, food and electro-technology, but appear to<br />
lower completion rates in hairdressing and automotive<br />
and engineering. This suggests that getting the design<br />
of these programs right is a challenge!”<br />
Copies of ‘Pre-apprenticeships and their impact on apprenticeship<br />
completion and satisfaction’ are available<br />
on www.ncver.edu.au/publications/2353.html<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
23
Industry News<br />
1st Pacific Additive Manufacturing Forum<br />
Additive Manufacturing (AM), also referred to as 3D<br />
printing, is now playing a major role in a range of key industries<br />
such as aerospace, automotive and medical where<br />
it enhances the ability to fabricate complex, functional<br />
components. AM utilises both metal and polymer-based<br />
materials to mass manufacture components directly from<br />
CAD data.<br />
The products are grown/printed layer by layer without<br />
the need for time-consuming subtractive manufacturing<br />
processes such as line set up and machining. As such,<br />
fully functional components or products can be produced,<br />
on an ‘as needed’ basis, in groups nested with other components<br />
or as single items. This dramatically reduces<br />
the cost of production and the time needed to bring new<br />
products to market.<br />
Milan Brandt, Professor of Advanced Manufacturing at<br />
RMIT and organiser of Pacific Additive Manufacturing<br />
Forum (PAMF) said that PAMF is the first in a series of<br />
annual conferences focussing on the application of additive<br />
technologies in Australia and the Pacific region. PAMF<br />
aims to bring together industry,<br />
researchers, and equipment<br />
suppliers to discuss the latest<br />
developments and progress in<br />
AM technology from international<br />
and local industry practitioners,<br />
the aim being to share<br />
knowledge, experiences and<br />
visions for this technology.<br />
The one-day Forum in Melbourne<br />
on 7 June will serve<br />
as the opening for a series of<br />
half-day technical presentations<br />
held in Adelaide, Sydney and<br />
Brisbane from 8 to 15 June.<br />
These are organised in partnership<br />
with the Defence Materials<br />
Technology Centre and will<br />
be targeting SMEs currently<br />
working in the Defence sector,<br />
wishing to improve their productivity, efficiency and<br />
competitiveness when sourcing defence contracts.<br />
“The Forum and technical presentations are an opportunity<br />
for Australian companies to understand the prospects, challenges<br />
and opportunities in applying AM technology”, says<br />
Brandt. “Attendees will learn when it makes good business<br />
sense to consider AM for part production. They will also be<br />
introduced to the growing number of opportunities available<br />
for custom and short-run production, replacement part<br />
manufacturing, or manufacturing aids, such as jigs, fixtures<br />
and assembly guides.”<br />
PAMF builds on the very successful ‘Factory of the Future’<br />
series of events organised and supported in 2010 by Formero<br />
Pty Ltd. Terry Wohlers, an internationally renowned industry<br />
consultant, speaker and author, will be the keynote speaker<br />
at the Forum and will also head the series of presentations in<br />
other capital cities around the world. Wohlers led the ‘Factory<br />
of the Future’ seminars in 2010, where he was joined by<br />
speakers from Germany, Korea,<br />
USA and South Africa.<br />
The Melbourne event will<br />
conclude with the opening of<br />
the RMIT multi-million dollar<br />
Advanced Manufacturing<br />
Precinct (AMP). The AMP will<br />
house the latest in state-of-theart<br />
AM technology and is aimed<br />
at creating new opportunities in<br />
design, innovation and product<br />
development/manufacture for<br />
Australian companies in general.<br />
The AMP will focus on<br />
advanced product design, materials<br />
and processes, and aim<br />
to generate new commercially<br />
significant intellectual property.<br />
Brandt said “the additive<br />
manufacturing path, which was started some 15 years<br />
ago by a few pioneers, is now a growing technological<br />
freeway encouraging everyone to get on board, through<br />
PAMF, for a glimpse of the future.”<br />
This year at Austech will see the introduction of an<br />
Additive Manufacturing Showcase. With the support<br />
of companies such as XYZ Innovation, Camplex,<br />
3D Printing Systems Hi-Tech Metrology, Rapid<br />
Concepts, Benson Machines, Rapidpro, Formero<br />
and RMIT University, AMTIL has put together a<br />
static display highlighting to visitors the technology<br />
behind AM and the benefits of the process. Austech<br />
runs from 24-27 <strong>May</strong> at the Melbourne Exhibition<br />
Centre in conjunction with Ausplas and National<br />
Manufacturing Week. To register for the show visit<br />
www.austechexpo.com.au<br />
24 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Delivering skilled workers to the<br />
resources sector<br />
An 18 month apprenticeship training program for around<br />
1000 workers and $200m to fund targeted training projects<br />
for a range of skills in critical demand are among a range<br />
of initiatives to address skills shortages in Australia’s resources<br />
sector.<br />
Releasing the Government’s response to the National<br />
Resources Sector Employment Taskforce report, Minister<br />
for Skills and Jobs, Senator Chris Evans said funding is being<br />
targeted at practical, industry-based solutions designed<br />
to deliver skilled workers.<br />
According to Senator Evans “Under the adult apprenticeship<br />
project, experienced workers will have their existing<br />
skills recognised and be given the opportunity to complete<br />
Iscar appoints new<br />
Business Development<br />
Manager<br />
Iscar is proud to announce the appointment of David<br />
James as their new Business Development Manager for<br />
Australia. James has over 25 years experience in the<br />
cutting tool industry, including several years working<br />
for Iscar South Africa.<br />
James’ other achievements include the establishment<br />
of one of the first Australian tool management facilities<br />
at a major automotive manufacturer, and heading the<br />
Australian subsidiary of a multi-national German tooling<br />
company.<br />
James will be on duty on every day of the Austech<br />
<strong>2011</strong> exhibition at the Iscar stand.<br />
AMT_<strong>May</strong>_Final.pdf 2 11/04/<strong>2011</strong> 3:00:53 PM<br />
Industry News<br />
the competencies required to get a full trade qualification<br />
in just 18 months.<br />
“Existing resource sector employees and workers from<br />
across Australia will be recruited and on and off-the-job<br />
training provided so companies will benefit immediately<br />
from a boost to their workforces.<br />
“Workers with real skills will be able to gain trade<br />
qualifications in up to 18 months and secure highly paid<br />
jobs in the sector.<br />
“The innovation follows the Government’s commitment<br />
to simplify and reform the Australian Apprenticeship system<br />
to ensure it is better targeted to meet the critical skills needs<br />
of the Australian economy.”<br />
C<br />
M<br />
Y<br />
CM<br />
Swarf Compactor<br />
Air Filtering<br />
See These<br />
Products on<br />
Stand 765<br />
at Austech<br />
MY<br />
CY<br />
Robot & Automation Tooling<br />
Work Holding Equipment<br />
CMY<br />
K<br />
Coolant & Oil Cleaning<br />
www.accmfg.com.au<br />
info@accmfg.com.au | 03 9546 3733<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
25
Q A<br />
OneonOne<br />
Mike Lawson is the government’s eagle<br />
eye over the country’s manufacturing<br />
sector, with a strong understanding of<br />
the complexities of the Industry. The<br />
Head of the Manufacturing Division of<br />
the Department of Innovation, Industry,<br />
Science and Research, Lawson speaks to<br />
Nina Hendy.<br />
AMT: Tell me a bit about yourself, including your professional<br />
background and how you came to be in your current role.<br />
ML:<br />
I was recently appointed as the head of the Manufacturing<br />
Division of the Commonwealth Department of Innovation,<br />
Science and Research. I have had a number of roles in<br />
the Department and its predecessors since 1989, when I<br />
joined the then Bureau of Industry Economics. Some of<br />
the many issues I’ve worked on during my time with the<br />
Department include business finance and taxation, structural<br />
adjustment assistance for the automotive and textile,<br />
clothing and footwear industries and linking companies to<br />
global supply chains, especially for defence projects.<br />
I have enjoyed working with a range of manufacturing<br />
industries and have learned a lot from company owners<br />
and managers about the real issues facing manufacturing<br />
companies. Some of your readers will know me from our<br />
work together on the Joint Strike Fighter project. I was<br />
an economic adviser to Senator John Button in the early<br />
1990s. I worked in the International Energy Agency, based<br />
in Paris, from 1994 to 1997. I have a Masters degree in<br />
economics from the Australian National University.<br />
AMT: What are some of the most important projects you’re<br />
working on right now and when will they come to fruition<br />
ML: Part of the policy advising job of the Manufacturing<br />
Division is ensuring that the Government understands the<br />
issues facing the manufacturing industry when decisions<br />
are made. I hope I do a good job translating between manufacturing<br />
business people around Australia and policy<br />
people in Canberra, because sometimes they don’t speak<br />
the same language.<br />
The Government recently announced that it intends<br />
to introduce a carbon price from July 2012 to move the<br />
Australian economy to an economic growth trajectory<br />
that is less carbon intensive. Clearly there are both challenges<br />
and opportunities for the manufacturing sector in<br />
adjusting to this challenge. One major issue is manufacturers<br />
have to compete with producers in other countries<br />
who may not face the same carbon constraint. The opportunities<br />
arise from the new products and processes that<br />
will be required, what some people call ‘green growth’.<br />
The Government is currently looking at the implementation<br />
of that policy and complementary measures to assist<br />
the change, so we are involved in that. I have also been<br />
involved in the Government’s efforts, though Supplier<br />
Advocates, to improve the success of Australian companies,<br />
especially small and medium enterprises, in the government<br />
procurement market. We have seen some benefits<br />
here, but a change in culture does not occur overnight.<br />
AMT: Which sectors of the country’s manufacturing industry<br />
have the most potential for growth over the next one to<br />
two years, and what is driving that growth<br />
ML: Although I was trained in the economic way of thinking,<br />
which focuses on sectors, I don’t really believe that is the<br />
best way of thinking about growth potential. I think it is<br />
about companies rather than sectors. It is people, leadership<br />
and innovation that drive growth and that happens<br />
with real people and real companies, not theoretical sectors.<br />
Industry sector growth is just the summation of company<br />
growth outcomes. I know great companies in sectors<br />
that are declining and I know companies that are not doing<br />
so well in growing sectors. Of course a rising tide tends to<br />
float all the boats, but not if they have anchored themselves<br />
to a rock. If they have not invested in innovation, be<br />
that in products, processes, or new business models, then<br />
sooner or later their competitive edge will dissipate.<br />
AMT: What are the most relevant aspects of the government’s 10<br />
year innovation strategy, Powering Ideas, to the country’s<br />
manufacturing sector<br />
ML: The Powering Ideas innovation strategy is a 10 year strategy<br />
to make Australia more productive and more competitive.<br />
My personal view is that the services provided<br />
by Enterprise Connect to manufacturing companies in<br />
the $2m to $100m turnover range have been especially<br />
26 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
OneonOne<br />
important. I say that because many company CEOs have<br />
told me that it has been a great experience for them.<br />
Enterprise Connect provides a free business review from<br />
a well-credentialed and experienced business adviser and<br />
then provides financial assistance for implementing the<br />
findings of the review.<br />
The loneliness of the manufacturing CEO, too often working<br />
in the company rather than on the company, is something<br />
Enterprise Connect can help with. It is not big bucks<br />
or a silver bullet, but it does help companies think through<br />
and implement a business strategy for a long term profitable<br />
future.<br />
The change of the R&D Tax Concession to a more generous<br />
tax credit arrangement will, if it is passed by the<br />
Parliament, increase the financial support rate for manufacturing<br />
companies doing eligible R&D, especially for<br />
small and medium enterprises.<br />
AMT: What do you predict will be the growth sectors within the<br />
Australian manufacturing sector in five years’ time<br />
ML: I am afraid I am too sensitive to the gibe that ‘economic<br />
forecasting was invented to make astrology look respectable’<br />
to pretend that today’s predictions will not change<br />
as new information comes to light and unexpected events<br />
occur.<br />
The big picture is that supply chains are consolidating and<br />
globalising, and Australian manufacturing companies will<br />
need to be part of that. What were 52 aerospace companies<br />
in the USA in 1980 are now five. In the resources sector<br />
we saw the amalgamation of BHP and Billiton and their<br />
subsequent takeover of Western Mining Corporation.<br />
The names of the pharmaceutical companies are getting<br />
longer and longer as they amalgamate. The story can be<br />
told for many other sectors. Those global companies are<br />
consolidating and globalising their supply chains. With<br />
the re-entry of China and India into the world economy,<br />
Australian producers are facing new competitors, with<br />
lower cost structures and increasing quality. The ICT revolution’s<br />
impact on logistics is accentuating the exposure of<br />
companies to international competition. Companies that<br />
have a compelling value proposition for their customers,<br />
which create value with engineering and design and ‘own’<br />
their intellectual property will prosper, but those that rely<br />
on cost competitiveness in a build-to-print market are facing<br />
huge challenges.<br />
Competitive companies linked to the booming resources<br />
sector have prospered. However, even there we face difficulties.<br />
For example, the move from stick-build construction<br />
techniques to pre-assembled modules has massively<br />
increased the exposure of metal fabrication to international<br />
trade competition. Some are doing it tough despite<br />
the boom in their traditional customer market.<br />
AMT: The Government’s Manufacturing Division worked to improve<br />
the competitive position of the manufacturing sector<br />
in 2010. What actual quantifiable difference did it make to<br />
the sector<br />
ML: We don’t have a profit and loss balance sheet to tell us<br />
how we did so that is not an easy question to answer in<br />
clear, quantitative terms. We do have a budget, but the<br />
revenue side is rather thin!<br />
We have a range of measures of the activities we perform<br />
and the outcomes we are trying to achieve and we report<br />
on those in various documents like the Department’s annual<br />
report but they are impossible to objectively summarise.<br />
The Government has a range of programs extending<br />
from large expenditure programs such as the Automotive<br />
Transformation Scheme to modest programs such as<br />
Commonwealth support for the Industry Capability<br />
Network. Each program has its own measure that relates<br />
to what it is intended to achieve, such as the amount of<br />
investment or numbers of internationally contestable<br />
business opportunities won by Australian companies.<br />
Manufacturing is buffeted by so many factors and the outcomes<br />
are really the result of the hard work of the people<br />
in the sector, supported by various Government programs.<br />
AMT: What are the biggest challenges facing the manufacturing<br />
sector right now and is there anything that the Federal<br />
Government is working on to improve the situation<br />
ML: Huge structural change is being driven by the re-entry of<br />
China and India into the world economy. The resulting resources<br />
boom has put upward pressure on the exchange<br />
rate, and China’s export prices are reducing prices of many<br />
manufactured goods. The Government’s macro-economic<br />
policies are intended to facilitate adjustment and moderate<br />
the impact. While we had a remarkable escape from<br />
the impact of the Global Financial Crisis, this is a longer<br />
term structural issue.<br />
The Government’s response to this is to assist companies<br />
to meet the new competitive challenge by innovation.<br />
I talked about the innovation programs earlier. The<br />
Government has also significantly increased expenditure<br />
on programs to assist the skilling of the Australian labour<br />
force. The future for Australian manufacturing is not low<br />
skilled competition with China. The highly innovative,<br />
highly skilled and successful medium-sized manufacturers<br />
in Germany that pay high wages, cope with a high exchange<br />
rate and export great products to the world should<br />
be our model.<br />
AMT: What have manufacturers got to look forward to in terms<br />
of government policy that will help the sector thrive<br />
ML: Around 3000 manufacturing companies have so far benefitted<br />
from the Enterprise Connect business review. That<br />
leaves many more that could make the call to their local<br />
Enterprise Connect office to see what they have to offer. I<br />
should also say that Enterprise Connect is a work in<br />
progress and they are introducing new offerings. The<br />
Supply Chain Improvement Program has been developed<br />
to assist companies to develop a culture of continuous improvement<br />
and to do that within a context of supply chain<br />
relationships. It has been modified from a successful industry-led<br />
program that was developed in the United<br />
Kingdom in the defence and aerospace sector. Enterprise<br />
Connect is also developing a practical management development<br />
program for small and medium manufacturing<br />
companies. Programs like these are designed to help manufacturing<br />
companies help themselves.<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
27
Preview<br />
Austech – stronger than ever<br />
Austech <strong>2011</strong>, which will be held from 24 - 27 <strong>May</strong> <strong>2011</strong> at the Melbourne Exhibition Centre, is already<br />
conjuring up incredible enthusiasm, with the vast percentage of exhibitors being really excited about their<br />
stands and what they will have on display. As such, AMTIL’s premier event is once again being seen as a ‘must<br />
attend’ event by the manufacturing fraternity here in Australia. Exhibition organiser, Kim Warren, tells me<br />
prospective visitors are already talking about turning up with their cheque book open, reinvigorated by the<br />
upturn in the Australia economy and very keen to invest in tomorrow’s technology. To date, 137 exhibitors<br />
from around the country have registered, occupying 5833m² of floor space. Some, 10,000 + visitors are<br />
expected over the four days, further demonstrating the renewed confidence in Australian manufacturing.<br />
B y M a r t i n O a k h a m<br />
ith a focus being on new developments in machine tools, manufacturing<br />
systems, automation, fabrication, precision tools, automation,<br />
measurement, additive manufacturing and prototyping, there<br />
will be something for everybody. Further, the manufacturing software<br />
providers will demonstrate the latest in CAD/CAM, FEA, production<br />
control, verification, part nesting, all ensuring increased process control<br />
from art to part. Still further, Austech and National Manufacturing<br />
Week (NMW) will line up alongside the triennial Ausplas international<br />
plastics industry exhibition, making this a truly special event. Moreover,<br />
with its new online presence (www.austechexpo.com.au) Austech now<br />
provides exhibitors and visitors with an online forum tailored to their<br />
needs, including easy online registration and stand booking information,<br />
a list of exhibitors, as well as the latest related news and floor<br />
plans.<br />
“Austech ensures that local manufacturers have the opportunity<br />
to gain comprehensive exposure to the latest technologies that will<br />
enhance their efficiencies,” says AMTIL’s CEO Shane Infanti. “A drive<br />
toward improved efficiencies within each company can have effects<br />
right across the supply chain, thereby increasing the national industry’s<br />
capability.”<br />
The presentation of innovative products, solutions and services<br />
from exhibitors will be supported by a number of initiatives. These<br />
include innovateAustralia, the Manufacturers’ Showcase Pavilion,<br />
Manufacture Link and the new Additive Manufacturing pavilion. There<br />
are also a number of initiatives within NMW, these include: Automation<br />
& Robotics, Materials Handling, Welding Technology and Information<br />
Technology Zones.<br />
innovateAustralia<br />
The 370m² innovateAustralia showcase differs from previous years,<br />
in that the main aim is to connect visitors with industry, in line with<br />
our mantra to ‘connect inform and grow’. “Rather than the usual pure<br />
technology dissemination, associated with past innovate showcases,<br />
there will be a positive focus on what the technology offers in terms of<br />
opportunities and where they lie.” Says Greg Chalker, Project Manager,<br />
AMTIL. “Visitors will also get to see some of the products that typify the<br />
opportunities that exist within each sector and discuss what it takes to<br />
be successful in that space.”<br />
The initiative has received funding support through AusIndustry’s Industry<br />
Cooperative Innovation Program (ICIP) Via AMTIL’s Lynx project,<br />
of which innovateAustralia is a major activity.<br />
AMTIL’s project team has always taken the view that if it can promote<br />
the adoption of leading manufacturing technologies, educate companies<br />
in advanced management methodologies and process techniques,<br />
then expose them to opportunities, it will place them on a steady foundation<br />
for competitive growth. “Innovation in manufacturing is key to<br />
global competitiveness and sustained economic growth, says Infanti.<br />
“innovateAustralia comes at the right time for manufacturers and users<br />
to get out and take a good look at the next generation of manufacturing<br />
28 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
methods that can help to apply ‘innovation’ to their business. In addition,<br />
it highlights business opportunities and the capabilities needed to be involved<br />
in certain industry sectors.”<br />
“Manufacturers tell us that one of their largest challenges is staying<br />
ahead of the innovation curve,” adds NMW Exhibition Director Paul Baker,<br />
Reed Exhibitions, an innovateAustralia partner company. “In response,<br />
innovateAustralia has been developed as a tool to help manufacturers get<br />
hands-on with opportunities that could become the mainstream industries<br />
in the future.”<br />
The showcase will highlight vital future growth sectors including aerospace,<br />
defence, renewable technologies, automotive transport and medical,<br />
and provide leading companies in these sectors with a platform to<br />
discuss supply barriers and opportunities with Australian precision engineers<br />
and advanced manufacturers. As such, the featured ‘Victorian<br />
Government Opportunity Café’ area will include a timetable for visitors to<br />
sit down and listen to industry leaders discuss relevant supply chain and<br />
major project topics in a relaxed informal café setting. “The Café is a place<br />
for manufacturing visitors to discuss business opportunities, connect<br />
with innovateAustralia industry leaders and become aware of technologies,<br />
methodologies and techniques to assist them to improve and grow,”<br />
explains Chalker. The conversations will be transmitted to speakers over<br />
the innovateAustralia stand for visitors to overhear. “Visitors will be able<br />
to listen to open discussions between industry leaders about opportunities<br />
and topics, informing them of the potential opportunities within the<br />
sectors, and hopefully seeding growth” adds Projects Coordinator, David<br />
Creighton. “We have been fortunate enough to attract real industry leaders<br />
that can provide hard facts about supply chain issues and opportunities”<br />
Discussions will take place with the Minister for Small Business, Nick<br />
Sherry, the Defence Global Supply Chain and automotive envoy, Mr John<br />
Conomos, sitting down, over a coffee. Discussions will also involve representatives<br />
from: Thales Australia, The Victorian Government, Deloitte,<br />
ICN, Enterprise Connect, GippsAero, HydroGen, Invetech, the Industry<br />
Capability Network (ICN), the Defence Material Organisation (DMO) and<br />
as mentioned previously, the Federation of Automotive products manufacturers<br />
(FAPM).<br />
Discussion topics will include innovative ways to access major project<br />
opportunities, initiatives that facilitate export market development and<br />
encourage manufacturers to focus on the specific advantages of international<br />
business, including access to economies of scale and niche growth<br />
markets. For example, Australian auto component makers from Victoria<br />
are currently looking to tap opportunities in the Indian market by supplying<br />
to vehicle manufacturers, which are facing a demand supply gap. The<br />
Australian industry body Federation of Automotive Products Manufacturers<br />
(FAPM), which will be represented at the Café, have signed a memorandum<br />
of understanding with Automotive Component Manufacturers<br />
Association of India (ACMA).<br />
Manufacturers’ Showcase pavilion<br />
The Manufacturers’ showcase pavilion will highlight the capabilities of<br />
Australia’s precision engineering and advanced manufacturing industry.<br />
It provides Australian component manufacturers, precision engineering<br />
firms, toolmakers, advanced manufacturers and general engineering<br />
companies the opportunity to exhibit their capabilities. “The importance<br />
of our manufacturers having the opportunity to promote the capabilities<br />
and capacity they have to offer is critical in view of international competition,”<br />
explains Infanti. “The Manufacturers’ Showcase provides the perfect<br />
forum for these companies to put themselves in front of Austech<br />
visitors, many of whom outsource and contract out their work.”<br />
“Past exhibitors have indicated that they generated great leads<br />
over the four days,” adds Austech organiser and AMTIL Event Manager<br />
Kim Warren. Many of these were from overseas and interstate,<br />
whom exhibitors would not have otherwise encountered.”<br />
The Manufacturers’ Showcase initiative is proudly supported by<br />
ManufactureLink (www.manufacturelink.com.au), Australia’s largest<br />
industrial manufacturing network. ManufactureLink will exhibit the<br />
capabilities of its network of more than 400 advanced manufacturers<br />
in the centre of the Showcase Pavilion. Managing Director George<br />
Pofandt will be on hand to assist Austech attendees to locate the<br />
manufacturing capability they need and provide advice on how best to<br />
manufacture their products.<br />
Additive/Digital Manufacturing Showcase<br />
With the ability to free form functional parts from metals and polymers,<br />
Additive Manufacturing (AM) technology offers significant<br />
potential as a next-generation fabrication process. The 81m2 Additive/Digital<br />
Manufacturing Showcase at this year’s Austech has been<br />
specially developed to give visitors a real insight into the possibilities<br />
AM offers to both designers and manufacturers. It will also incorporate<br />
sit down areas for visitors to discover how this future capability<br />
can provide opportunities for their businesses. Static and live displays<br />
from leading exponents of this technology will highlight the latest developments,<br />
in addition to displaying examples of 3D printers, sample<br />
metal and polymer tools for investigation.<br />
“Additive manufacturing is a relatively new concept where fully<br />
functional components are manufactured directly from powder, ribbon<br />
or wire in a layered manner, by-passing conventional processes<br />
such as casting, forging, rolling, cutting, machining, welding, or<br />
drilling,” says Projects Coordinator, Creighton. “Components can be<br />
manufactured with highly complex internal, re-entrant features and<br />
undercuts - complexities that are unheard of in conventional manufacturing.<br />
AM also allows for significant part consolidation, which<br />
reduces tooling, assembly, maintenance, and inspection costs. Furthermore<br />
it has the potential to greatly reduce or even eliminate many<br />
stages of the traditional supply chain, reducing lead times, inventory,<br />
and supply chain transaction and logistics.<br />
“There are real opportunities to facilitate the further adoption of<br />
AM technologies in Australia to enhance business sophistication and<br />
improve manufacturing productivity. Australia has a rich heritage of<br />
manufacturing and is home to a number of world leading companies<br />
in sectors such as Automotive, Aerospace and Defence, Biomedical<br />
and Pharmaceutical.”<br />
About Austech<br />
AMTIL is the proud owner and organiser of Austech which runs in<br />
Melbourne and Sydney in alternate years and is generally scheduled<br />
for the month of <strong>May</strong>. Austech runs annually alongside National Manufacturing<br />
Week, making it the premier event of its type in Australia.<br />
To Pre-register and save time queuing at the door visit<br />
www.austechexpo.com.au and click on the link provided.<br />
Further information<br />
Kim Warren - Events Manager Phone: 03 9800 3666<br />
Email: kwarren@amtil.com.au Web: www.austechexpo.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
29
Preview<br />
Austech, National Manufacturing Week, Ausplas<br />
24 - 27 <strong>May</strong> <strong>2011</strong><br />
The Melbourne Exhibition Centre,<br />
Melbourne, Victoria, Australia<br />
Dates and Times<br />
Tuesday 24th <strong>May</strong> 10am – 6pm<br />
Wednesday 25th <strong>May</strong> 10am – 6pm<br />
Thursday 26th <strong>May</strong> 10am – 8pm (late night)<br />
Friday 27th <strong>May</strong> 10am – 4pm<br />
Austech covers the key areas of machine tool and sheetmetal<br />
working including:<br />
• CNC Machining Centres: horizontal and vertical machining centres<br />
• Turning Machines: CNC lathes, automatic lathes<br />
Sheetmetal: forming, bending, punching, shearing equipment<br />
• Special Purpose Machines: grinding, broaching, boring, milling,<br />
waterjet cutters<br />
• Laser Equipment: laser profiling, laser cutting, marking and engraving<br />
• Ancillary equipment: cutting fluids, finishing, coatings, robots, CAD/<br />
CAM software, cutting tools, hand tools<br />
• Precision manufacturers<br />
Latest developments in 3D scanning technologies for inspection and reverse engineering<br />
Hi-Tech Metrology, a leading Australian provider of metrology<br />
and scanning products and services, will be displaying the<br />
latest technology for 3D scanning, computer aided inspection<br />
and reverse engineering at Austech.<br />
Whether you use 3D scanning technology for design,<br />
analysis or inspection, this is the event not to be missed! With<br />
a focus on using the latest scanning technology to capture<br />
and process high resolution 3D spatial geometries for reverse<br />
engineering, visitors will walk away with practical knowledge<br />
and information on a complete range of laser scanning technologies<br />
that are available today, and gain an understanding<br />
of the key benefits that they can expect to achieve with<br />
the adoption of new technology in their day-to-day<br />
business operations.<br />
A combination of hands-on live demonstrations of<br />
the latest metrology equipment available today and<br />
interactive, problem-solving discussions will bring<br />
together industry professionals and the Hi-Tech Metrology<br />
team to give Australia’s manufacturers the best<br />
information available.<br />
On display will be 3D scanning technology from Hexagon<br />
Metrology, Romer, Brown & Sharpe, Sheffield, Leica,<br />
Kreon, Perceptron and Micro-Vu. According to David Eldridge,<br />
General Manager of Hi-Tech Metrology “we see<br />
the Austech show as a great opportunity to introduce the<br />
benefits and latest developments in 3D scanning technologies<br />
for inspection and reverse engineering to the<br />
Australian advanced manufacturing industry. We will<br />
show how these technologies help manufactures<br />
produce better designs, and get new products to<br />
market faster.”<br />
One of the highlights on display will be the<br />
Romer Absolute 7325SI in action, scanning a<br />
range of complex parts and components for reverse<br />
engineering and inspection tasks. The Romer<br />
Absolute SI scanning solution is the latest release product<br />
from Hexagon Metrology’s portable arm business, Romer Inc., and<br />
represents the latest development of a fully-integrated laser scanning<br />
system on the new Absolute series of portable measuring arms.<br />
“The integrated laser scanner technology is a milestone in the world<br />
of portable CMMs”, says Eldridge. “With the new system, our customers<br />
can easily achieve accurate and meaningful measurement results while<br />
benefiting from the Romer Absolute arm’s mobility and efficiency.”<br />
This unique completely integrated scanning package allows users to<br />
accurately measure and inspect parts to both part drawings and full 3D<br />
CAD models, as well as to collect vital 3D surface and positional data<br />
allowing users to create their own part models and designs in all of the<br />
latest 3D CAD packages.<br />
Other key equipment from Hi-Tech Metrology on show this<br />
year includes:<br />
Brown & Sharpe Global Performance 7107 CMM, measuring<br />
critical features on high-precision machined components –<br />
such as automotive engine blocks and cylinder heads, using<br />
the contact scanning functionality of a SP25M analogue probe<br />
for high speed, production-orientated inspection applications.<br />
This type of technology enables CMM operators to obtain the<br />
key dimensional data required in the most efficient and accurate<br />
manner – particularly of round or complex geometric<br />
features where traditional probing techniques prove to be inadequate.<br />
Sheffield Discovery D12 CMM with a Perceptron Scan-<br />
Shark laser scanner, being used to rapidly scan sheetmetal<br />
and composite material parts for inspection in the<br />
automotive and aerospace sectors. The use of laser<br />
scanning for complex shaped parts particularly in the<br />
automotive and aerospace sectors, is gaining widespread<br />
acceptance around the world as the best way<br />
to measure these types of components – efficiently<br />
and accurately. The Discovery cell will give visitors a<br />
first-hand experience into the world of non-contact laser<br />
scanning for inspection projects, and how this type<br />
of technology can enhance their productivity and improve<br />
measurement throughput.<br />
Romer Absolute 7325SE on a Brunson carbon-fibre lightweight<br />
tripod fitted with the recently released, latest technology<br />
laser scanner, the Zephyr II from Kreon Technologies designed for<br />
complex and difficult reverse engineering and inspection projects. The<br />
Romer Absolute SE series gives users the ability to specify and mount<br />
their own laser scanning system to the arm. The laser scanners can be<br />
from the entry-level Solano scanner from Kreon to the new Zephyr II<br />
product, capable of achieving scanning accuracies down to 15 micron,<br />
scanning rates of 500 Hz, and excellent for scanning difficult to scan<br />
items such as bright and shiny chrome and metallic parts etc.<br />
Other equipment being demonstrated on the Hi-Tech Metrology stand<br />
this year includes the very popular Vertex vision-based inspection system<br />
from US-manufacturer Micro-Vu which is excellent for measuring small<br />
and delicate parts, and has found many uses in the Australian market in<br />
the precision engineering, electronics, and plastic injection moulding sectors;<br />
as well as the newly released, and first Australian outing for the Leica<br />
AT401 laser tracker which has taken the European market by storm. The<br />
AT401 is the smallest and the most compact laser tracker on the market –<br />
yet still capable of measuring distances up to 160 metres with incredible<br />
accuracy and repeatability.<br />
Hi-Tech Metrology - Stand 687<br />
www.hitechmetrology.com.au<br />
30 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Are you benefitting from a major Government<br />
initiative that supports manufacturing/you<br />
The initiative is Enterprise Connect<br />
A $50 million per annum Australian Government initiative<br />
aimed at delivering practical support to Australian<br />
manufacturing firms.<br />
AMTIL is one of 15 partner organisations that support<br />
this Initiative and is keen for both AMTIL members and<br />
non-members to benefit from this.<br />
Enterprise Connect delivers two main services:<br />
– a Business Review, delivered by a Business Adviser<br />
at no charge to the firm; and<br />
– Tailored Advisory Services funding up to $20,000 to<br />
help the firm implement improvements arising from the<br />
Business Review.<br />
To qualify<br />
• you possess an Australian Company Number (ACN)<br />
• you are a manufacturer<br />
• if located in Melbourne, Sydney, Adelaide, Perth or Brisbane - have revenue or expenditure of more than $2 million and<br />
revenue or expenditure under $100 million in the current financial year or one of the two preceding financial years<br />
• if located in a regional area, that is, outside the above cities - have revenue or expenditure of more than $1.5 million and<br />
revenue or expenditure under $100 million in the current financial year or one of the two preceding financial years<br />
If based in Melbourne:<br />
Call the AMTIL business adviser,<br />
Bruno Bello on 0409-123-701<br />
Email bbello@amtil.com.au<br />
Or go to www.enterpriseconnect.gov.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
31
Preview<br />
High-speed spindles for milling, drilling,<br />
grinding or routing<br />
Air Turbine Technology will demonstrate its latest generation of precision<br />
high-speed spindles at Austech. A series of constant governed<br />
high-speed spindles with power up to 1.4HP for milling, drilling, grinding,<br />
and routing with no duty cycle will be on display and in operation<br />
to show reduced cycle times on CNC machines and turnkey automation<br />
systems that use small tools.<br />
Air Turbine Spindles TM patented solution is claimed to enable every<br />
CNC machine to operate at high speeds 24/7 and cut cycle times at affordable<br />
prices from $2000 to $5000.<br />
Automatically loaded Air Turbine Spindles TM upgrade CNCs for<br />
constant governed high-speed milling, drilling, pre machining, profiling<br />
and engraving in to your main spindle with ultra-low vibration and<br />
direct drive.<br />
With only two moving parts (governor controlled turbine and air<br />
cooled ceramic bearings) Air Turbine Spindles TM are precise and reliable<br />
with no maintenance, the company claims.<br />
Pictured: Air Turbine Spindles TM 650X CT40 with patent pending<br />
automatic tool changer option (TMA), milling an RC52 steel shoe<br />
mould, reducing production time by hours with a super finish at governed<br />
constant 40,000 rpm on a small frame 40 taper VMC.<br />
Air Turbine Tools, Inc. - Stand 570<br />
www.airturbinetools.com<br />
Superior surface protection<br />
From concept design and definition, to prototyping,<br />
right through to manufacturing, MiniFAB<br />
offers expertise at every stage of product development.<br />
At Austech, MiniFAB showcases its<br />
capabilities which are adaptable to a range of industries,<br />
from medical devices and diagnostics,<br />
to packaging and laboratory instrumentation.<br />
For complex structures that require a superior<br />
guard from outside environments, MiniFAB<br />
uses Parylene to provide maximum barrier protection. Besides the<br />
increased scratch resistivity, this optically clear coat reduces surface<br />
friction, is chemically resistant and inert. It is often used on circuit<br />
boards to help protect them from the harsh environments they are<br />
subjected to, but more importantly it provides a strong dielectric layer.<br />
“The greatest advantage of parylene is its adaptability,” explains Erol<br />
Harvey, CEO, MiniFAB. “It can provide a fully conformal, pinhole-free<br />
coating to a wide range of materials including polymers, silicon, metals,<br />
Quality all round<br />
Quality Machine Tools (QMT) will be exhibiting a wide range of high<br />
quality, precision machine tools at this year’s Austech show. These include<br />
the ‘Vantage MCY’ Multi-axis CNC slant bed lathe from its proven<br />
and popular range of Ace Designers.<br />
For the past 18 years, QMT have been the trusted suppliers of high<br />
quality conventional and CNC machine tools to the Australian manufacturing<br />
Industry. The machines have all been carefully sourced from<br />
highly reputable manufacturers around the world, complimenting the<br />
company’s mantra to provide precision machinery, backed by efficient<br />
after sales service and comprehensive training programmes.<br />
The range of products includes the ACE slant-bed and vertical CNC<br />
lathes, with up to 6-axis, which are available in 20 different sizes. Machining<br />
centres include: Ultra-fast drill tap machines, high-speed fiveface<br />
machines, and large double column machines with up to 10000 X<br />
5000 X 2000mm travel. CNC and conventional lathes are available with<br />
up to 2000mm swing and 12000mm between centres.<br />
QMT’s range further extends to 5-axis machines from Jyoti Huron,<br />
leaders in high precision 5-axis machines for the Aero Space, medical<br />
and precision engineering sectors. These 5-axis machines are offered<br />
in multiple configurations to suit any application. QMT also offer a<br />
range of Wire EDM machines up to 6 axis, EDM die-sinkers and cylindrical/surface<br />
grinders.<br />
Quality Machine Tools - Stand 784<br />
www.qualitymachinetools.com.au<br />
elastomers, paper and glass. This method<br />
ensures that no matter the object, the true<br />
angles and geometrics are preserved.”<br />
According to Harvey, using traditional<br />
coatings on medical components and diagnostic<br />
devices can be problematic, but<br />
parylene is ideal because its inert nature<br />
means that it is biocompatible, meeting<br />
USP Class VI requirements. It can also<br />
act as a lock-down, decreasing the risk of<br />
particulate contamination. “By adding a<br />
parylene layer you are protecting your medical device from damage,<br />
increasing its durability and prolonging its life,” he says. “The<br />
easy adaptability of parylene means that it can be used to coat almost<br />
any product in a time and cost efficient way, from the highly<br />
technical to the everyday components.”<br />
MiniFAB (AUST) Pty Ltd - Stand MS0<br />
www.minifab.com.au<br />
32 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Performance Unequalled...<br />
with chatter-free milling<br />
Made from VHM-ULTRA,<br />
an Ultra Fine Grain Type<br />
of Carbide<br />
The Harmony range of endmills<br />
represents world’s latest technologies to<br />
provide increases in both performance<br />
and tool life. The key to successful milling<br />
is to minimise or eliminate the harmonic<br />
vibration produced in the cutting action.<br />
The Harmony Endmill overcomes<br />
vibration, through the latest technologies<br />
in tool engineering:<br />
Recessed for<br />
Longer Reach<br />
AICrN Coating for<br />
Longer Tool Life<br />
MICRO<br />
Optimised Edge<br />
Conditioning<br />
The Bottom Line for you:<br />
• Longer tool life<br />
• Improved surface finish<br />
• Increased productivity<br />
• Reduced production cost<br />
45º<br />
r<br />
45º Corner<br />
Chamfering<br />
(E535)<br />
Corner Radius<br />
(E559) Available<br />
Endteeth<br />
Gash for Edge<br />
Strength<br />
35/38º Unequal<br />
Flute Helix<br />
Visit us at<br />
Stand 555<br />
ENDMILLS<br />
for an on-site demonstration contact<br />
Sutton Tools on 1800 335 350<br />
100% Australian Owned<br />
www.sutton.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
33
Preview<br />
Dimac Tooling: focus on<br />
productivity and the environment<br />
It’s all about productivity and the environment on Dimac Tooling’s<br />
stand at this year’s Austech.<br />
Among the company’s exhibits will be several recent additions<br />
to the company’s already impressive line-up of CNC machine<br />
tool accessories. Here are some of the new products,<br />
all designed to increase shops’ productivity and reduce the<br />
environmental impact of machining processes to a minimum:<br />
Coolant maintenance<br />
In order to deal with the huge amount of oil used and swarf<br />
produced during machining processes, Dimac offers a range<br />
of coolant maintenance products, which will be demonstrated<br />
on the company’s stand.<br />
“Machining coolant (or metalworking fluid) maintenance is<br />
still considered an art in many machine shops,” Dimac Director<br />
Paul Fowler says. “Smart users know that well maintained<br />
cutting fluids can last for years, not weeks or months.”<br />
Dimac offers the Zebra range of oil separation systems to<br />
skim up the surface oil coming from a machine’s lubrication system.<br />
The oil is skimmed on the belt, comes out of the unit into a gravity separator<br />
and is then returned at the back of the machine while the coolant<br />
is returned to the machine. The Zebra Oasis portable coalescer extends<br />
the life of your coolant and tooling and prevents shop mist or any health<br />
issues. “Keeping your coolant in a good condition can prolong the life<br />
of your coolant for up to three years,” Fowler concludes. “As a result,<br />
machine shops can save costs while at the same time increasing productivity<br />
and part quality.”<br />
Clean air workshops<br />
For clean and healthy air in workshops, Dimac showcases the Germanmade<br />
REVEN Recojet oil mist separators and Ultra Cleaners, highly efficient<br />
mechanical air filtering units using mechanical separating system<br />
X-CYCLONE. Air pollutants and contaminants from oil, emulsions and<br />
other fluids are separated from the ambient air as aerosols to a very<br />
high extent. This equipment dispenses with auxiliary energy supply as<br />
well as any auxiliary material (fabric, etc.).<br />
The units are particularly well-suited for the separation of harmful<br />
substances from the air including air pollutants in the form of aerosols,<br />
mist or vapour (saturated) as well as fine dust. These particles are conducted<br />
together with the transporting medium air into the X-CYCLONE<br />
separator by forced ventilation (fan). The collected fluids are returned to<br />
your equipment and your working environment is mist and particle free.<br />
High-pressure coolant<br />
Expanding Dimac’s line of versatile<br />
CNC machine accessories<br />
designed to improve productivity<br />
is the Cooljet high-pressure<br />
coolant system. “During the<br />
metal cutting processes, significant<br />
heat is generated at the tool<br />
and workpiece interface, primarily<br />
from the effects of friction,<br />
which can be detrimental to the<br />
tool and the workpiece,” Fowler<br />
explains.<br />
With the on-demand Cooljet<br />
coolant system cutting fluids are<br />
pumped to pressures of 1000psi<br />
(70 bar) or more, and are accurately<br />
directed to the cutting<br />
zone through an appropriate<br />
nozzle. The resultant jet stream<br />
of coolant is able to penetrate<br />
the high temperature cutting zone, delivering vital lubricants to the cut.<br />
“If you are targeting to reduce process cycle times, you will find that<br />
your tool life will be significantly extended, and the quality of the cut<br />
is considerably increased after applying high-pressure coolant. Its applications<br />
are extensive from drilling, grooving, boring, cutting of hard<br />
metals which have a high nickel content, to small tooling applications.”<br />
Quick Jaw Change<br />
Dimac will have a wide range of fixtures, vises and chucks on display,<br />
including the expanded range of the new Kitagawa DH Series Collet<br />
Chucks, now including the new DHP-42 (42mm diameter capacity) version,<br />
which will be available soon and joins the DHP pull back versions<br />
currently available. The DH Series is available with quick release gun<br />
and specialised collets and is the newest addition to the wide range of<br />
quick-release and standard collet chucks already available from Kitagawa.<br />
For efficiently changing chucks Dimac will demonstrate the Kitagawa<br />
QJR series (Quick Jaw Release), a quick change power chuck.<br />
Using a quick change base jaw system it can accept standard metric<br />
serrated top jaws from existing B200 and BB200 chucks. These base<br />
jaws can be changed quickly and easily using the hand-operated key.<br />
Dimac Tooling Pty Ltd - Stand 584<br />
www.dimac.com.au<br />
Laser 3D: modern laser cutting capabilities delivered on time<br />
Laser 3D will showcase the capabilities of their modern laser cutting machines<br />
at Austech. The company has established itself as a leader in the laser cutting<br />
industry by consistently delivering on time, quality laser cut components to its<br />
customers. They have achieved this by an ongoing investment in capital equipment<br />
and personnel. This is backed by an MRP system tailored to suit current and<br />
planned future capabilities. The company’s modern machines have the capability<br />
to laser cut flat or formed metal and plastic components as well as rotary cutting<br />
of round tubes and RHS.<br />
Manufacturing capabilities also include tapping, counter sinking, welding (mig/<br />
tig) and folding by the installation of two CNC press brakes in the Melbourne plant.<br />
Laser 3D has manufacturing plants in Melbourne and Adelaide and a sales<br />
office in Sydney.<br />
Visit their stand at Austech and go in the running to win Hotlaps at Sandown<br />
driving a V8 Racecar.<br />
Laser 3D - Stand 523<br />
www.laser3d.com.au<br />
34 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
110531 MTIQualos_Half:Layout 2 13/4/11 1:10 PM Page<br />
Preview<br />
Haco exhibits innovative<br />
machinery to lead local<br />
manufacturers into<br />
the future<br />
It’s all about technology, productivity and quality at Haco Australia’s<br />
stand during this year’s Austech exhibition. Haco claims to offer a solution<br />
for every metalworking need and Austech visitors will see the<br />
diversity of the company’s enhanced sheetmetal working portfolio.<br />
Among the many machines on show, the company demonstrates<br />
the Haco CNC plasma machine KOMPAKT 3015 featuring a Hypertherm<br />
HyPerformance HPR XD plasma source, which is specifically designed<br />
to be mounted on X-Y cutting tables. “The highlight on this machine is<br />
our new APC59T Windows® control.” Managing Director Kurt Bossuyt<br />
explains. “The touch panel effectively reduces the number of keyboard<br />
and button actions to an absolute minimum, allowing the user a straight<br />
forward, intuitive control of the entire production cycle.<br />
The highly advanced software "RoboTorch" raises the bar for other<br />
plasma software on the market due to the simple layout of the userinterface.<br />
This allows direct access to the desired functions and as a<br />
result creating optimum operator convenience.” Bossuyt continues.<br />
“Our Automatic Arc Voltage System continuously adjusts the arc voltage<br />
for consumable wear and this results in correct torch height over<br />
the life of the consumables, without operator adjustment.”<br />
As Australia’s new exclusive agent of Bomar bandsaw products, the<br />
exhibit will also feature a range of Bomar bandsaws, including the wellknown<br />
Transverse model machine as well as the new line of Individual<br />
series machines. The Individual GANC model is an NC-controlled automatic<br />
band saw with a broad cutting range, a comfortable and simple<br />
handling and excellent cutting performance. The saw frame moves<br />
in tolerance-free pre-stressed linear guides. With a feeding length of<br />
750mm in one cycle, the machine is very precise, measuring the cut<br />
lengths with a high resolution linear measuring system. Bomar also offers<br />
the Individual DGANC model with a full CNC control providing automatic<br />
double mitre up to 60°, with a single hitch length up to 6000mm.<br />
Haco will also exhibit two models of its Multi range Kingsland steelworkers<br />
and two CNC pressbrakes. The ERM model is an entry-level<br />
press featuring a 2D graphical control and XR backgauge, while the topof-the-line<br />
model ERM features a 3D & 2D graphical control, a 6-axis<br />
backgauge and hydraulic top and bottom tool clamping. “This machine<br />
is a high-production machine,” Bossuyt says. “It is all about the software<br />
operating the machine.”<br />
Moreover, the new Haco Q5 turret punching machine is now available<br />
in Australia. With its 22 or 30-tons high-speed servo hydraulic<br />
punching head, rotation axis for all tools, and standard interpolation<br />
parameters, the Haco series Q5 is a flexible CNC turret punching machine<br />
aimed at improving shop’s productivity. The large fully-brushed<br />
sheet support tables together with the standard repositioning cylinders<br />
allow for the trouble-free processing of standard sheet size. Moreover,<br />
the machine features a user-friendly TPC69T graphics controller with<br />
an intuitive user interface designed to process simple or complex tasks.<br />
Haco Australia Pty Ltd - Stand 582<br />
www.hacoaustralia.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
35
Preview<br />
Multi-use laser with drastic set-up<br />
time reduction.<br />
Amada will showcase its new Multi use laser<br />
machine F0M2 RI (Rotary Index) at Austech.<br />
Designed for manufactures whose main<br />
work is flat sheet, and value adding work<br />
is in pipe and structural steel processing, it<br />
enables processing both flat sheet and pipe<br />
or tube with a claimed drastic reduction in<br />
set-up time.<br />
Structural steel and pipe cutting: Defect free, high<br />
precision production can be proven through computer<br />
simulation prior to flat sheet metal & structural steel<br />
fabrication. This is done using Amada’s Sheetworks<br />
and Dr.Abe Tube software packages.<br />
This high-precision processing is claimed to decrease<br />
the further working time required prior to processes<br />
such as welding and assembly. Changeover time<br />
from sheet or plate cutting to pipe cutting is very short, merely 60 seconds<br />
Structural Steel Processing: Round pipe max diameter is 220mm and<br />
square pipe max size is 150mm.<br />
Repositioning function supports regular 6m pipe lengths. Support<br />
rollers keep the exact center of pipe in position, even coping with curved<br />
pipe lengths.<br />
The laser head operates near the support roller after centering. This<br />
unique feature aids achievement of high-precision machining.<br />
Cutting conditions for pipe cutting is the same as per flat sheet material;<br />
all the latest laser functions can be utilised in pipe cutting.<br />
Flat sheet cutting: Single lens cut and Automatic nozzle changer- The<br />
optimum beam controlled by AO (Adaptive optics) system generates<br />
best cutting condition from thin to thick material.<br />
7.5” focal lens enables processing from 1mm to 22mm of material<br />
thickness and eliminates set up time of changing focal lens.<br />
Automatic nozzle changer is achieved to reduce set up time of nozzle<br />
adjustment and realizes continual production over the full range of<br />
materials.<br />
Oil Shot- Spraying oil before piercing on materials. Oil shot brows<br />
away slug and achieves high quality cut with stable piercing.<br />
WACS (Water Assist Cutting System) is equipped with an adjustable<br />
water mist to absorb heat generated from cutting thick sheet metal.<br />
This feature stabilizes thick steel process and improves product quality,<br />
material utilization and reduces cut failures.<br />
Cut process monitoring system is equipped for saving pierce time<br />
and maintain stable cutting.<br />
Amada Oceania - Stand 560<br />
www.amada.com.au<br />
Fast, easy 3D printing features true “desktop” design<br />
3D printing is a relatively new and developing technology that can<br />
allow users to transform their 3D computer designs and drawings<br />
into solid objects. The main limitations for this industry has been<br />
the high cost of the printers and their bulky size. At Austech, Benson<br />
Machines will exhibit the BFB3000 3D printer, which is the next installment<br />
by Bits From Bytes that overcomes the limitations of high<br />
cost and bulk, and is a prime example of a true desktop 3D printer.<br />
The BFB3000 includes a large print area (up to 275x275x210), an<br />
object layer thickness of 0.1mm, a robust frame and an open design<br />
making it not only highly accurate but visually pleasing. The printer<br />
can be placed and run anywhere (with power) as it prints objects<br />
from an SD card and therefore is totally stand-alone. Furthermore,<br />
it is clean and quiet.<br />
This printer is designed for the perfect out-of-the-box experience<br />
including purpose written software to transform STL files into<br />
printed objects very quickly. The simple design and engineering of<br />
the BFB3000 enables any grade of user to setup and maintain the<br />
printer’s accuracy and integrity. The printer is electronically configured<br />
to accommodate up to three printheads allowing printer upgrades<br />
to be fast and hassle free, it is claimed. Additional heads<br />
enable users to use multiple materials types and different colours<br />
for printing.<br />
Benson Machines P/L - Stand 705<br />
www.bensonmachines.com<br />
36 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
SIX NEW ANGLES ON<br />
SQUARE SHOULDER MILLING.<br />
<br />
The insert can be indexed 2x3 times. Lower cost per<br />
cutting edge.<br />
<br />
Gives longer tool life. Diameter range: 40-160 mm.<br />
Available in three different pitches, coarse,<br />
normal and close pitch.<br />
° <br />
Saves time and money. No mismatch<br />
when machining walls in different<br />
steps. Achieve a true 90° square in<br />
one operation. Fewer tools and tool<br />
changes needed.<br />
<br />
Enables insert to be locked securely.<br />
The locking screw is placed in the same<br />
direction as the cutting forces.<br />
<br />
Wiper flats on the insert for better surface finish.<br />
<br />
ME09 for stainless steel; M13 for steel and cast iron;<br />
MD15 for harder materials and higher cutting speeds.<br />
SQUARE 6 <br />
<br />
www.secotools.com<br />
Ph 1300 55 7326 Fax 1300 65 7326 E-Mail secotool@secotools.com<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
37
Preview<br />
Idronic showcases job shop software for<br />
production control operations<br />
Australian specialist metal fabrication software company Idronic will<br />
demonstrate its innovative management system software LaserQuote<br />
at Austech.<br />
“Accurate information about how your business is performing is important<br />
at any time, but in difficult times, it is absolutely essential,” says<br />
Managing Director Codrin Mitin. “Getting the right information to the<br />
right person at the right time has never been more critical to your business.<br />
Finding the right solution that can bring insight into your business<br />
and continuously improves your profits is a must.”<br />
LaserQuote is a business management system software designed to<br />
manage and streamline all daily business activities for fabricators, profile<br />
cutters, engineering and sheet metal shops. LaserQuote enables parts<br />
programming, customer relations, quote generation, as well as production<br />
control of various features in metal cutting and fabrication operations.<br />
“LaserQuote is the culmination of countless testing and adjustments<br />
to business procedures and methods specific to the contract cutting and<br />
sheet metal industries,” Codrin explains. “Our team has a wealth of experience<br />
and comprises of former metal business owners, Java and Mysql<br />
programmers and web developers. For more than 15 years we have constantly<br />
been tapping into the experience of many metal fabrication shops<br />
and with their assistance and advice we developed LaserQuote.”<br />
Because LaserQuote has been built from the ground up to be used as<br />
a metal fabrication software, the built-in laser cutting wizard can generate<br />
an accurate and consistent quote in seconds, not minutes. The wizard<br />
reduces the process of determining the cost of a given part. In addition,<br />
it provides screens required as per the user input. The software<br />
facilitates the automation and creation of programming where multiple<br />
parts obtained from clients are nested together using your CAD nesting<br />
software. This results in achieving high efficiencies of material usage.<br />
Moreover, the profile cutting software determines the availability of<br />
the subsequent machine relating to the job. By utilising an online customer<br />
interface, clients can access the production stage of the jobs.<br />
Customers can view the full time-stamped status along with a digitally<br />
recorded signature. In addition, by using the wizard consumers can<br />
request online quotes for parts.<br />
Why LaserQuote<br />
Do you know which jobs are making you money and if yes how much<br />
Do you really appreciate the cost factor involved in the quotation process<br />
Are you making the most of your synergy when it comes to maximising<br />
material allocations Is your inventory linked and audited to<br />
your jobs Is scheduling resources still done in Excel Is your data<br />
access secure<br />
If you cannot answer all of these questions with a definite “Yes”,<br />
then you should consider the Idronic business management software,<br />
which is all about speed and efficiency to maximise your business’<br />
profits. More quotes, faster quotes, accurate quotes mean more orders<br />
and more profit. Customers using LaserQuote report up to 80% win<br />
rate on quotes and can average 60-70 quotes per day. A typical laser<br />
cutting job shop running 24/7 with three lasers can cope with only one<br />
estimator.<br />
Features include:<br />
• CRM – Full customer communication via email, letters, faxes, alerts<br />
and a system-wide history of all activities<br />
• Quotes and parts – catering for simple parts and complex assemblies<br />
• Jobs and customer orders<br />
• Production data collection via terminal or barcode for both shopfloor<br />
and office use<br />
• Programming – automate the profile cutting aspect and improve efficiency<br />
• Suppliers, materials, purchase orders and inventory – fully audited<br />
raw material and spare parts movement allows for keeping track of<br />
which material has been used for which job<br />
• Equipment – keep track of all the consumables and maintenance<br />
matters for all of your equipment<br />
• Reports – create reports from all sections of the system including<br />
jobs, quotes, customer orders or sales<br />
Idronic Pty Ltd - Stand 693<br />
www.idronic.com<br />
Acra shows Durma 4kw Laser machine and<br />
press brake<br />
Acra Machinery will be showcasing a select range of the company’s vast range of<br />
machinery at Austech. Acra Machinery is an Australian-owned and operated company<br />
established in 1977, selling, servicing and repairing sheetmetal machinery from<br />
numerous suppliers around the world. The company specialises in the supply and<br />
service of a range of equipment from the world’s leading manufacturers including<br />
Durma, Jorns AG and Euram. On show will be a Durma 4kw laser machine, a Durma<br />
pressbrake, guillotine, punch & shear, Durma section rolls, corrugated curving rolls<br />
and the Jorns Eco-TwinMatic. The full range of controllers from CNC, NC and standard<br />
controls are all available upon request with Acra’s machines. Custom applications<br />
ranging from small to large scale have been our specialty over the years and welcome<br />
all enquires.<br />
Acra Machinery Pty Ltd - Stands 515 and 558<br />
www.acra.com.au<br />
38 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
AUSTECH <strong>2011</strong><br />
24th – 27th <strong>May</strong> <strong>2011</strong><br />
Austech Hall, Booth: 642<br />
± 120°<br />
± 120°<br />
ø 840 mm<br />
Height 500 mm<br />
monoBLOCK ®<br />
NEXT GENERATION – Redefining<br />
5-axis milling with a swivel rotary table<br />
_ _ _ _ _ _ _ _ Whether for 5-axis simultaneous machining, highly dynamic<br />
high-speed milling, high-torque performance cutting, or for volume parts<br />
production on 3 to 5 axes, the DMU 65 monoBLOCK ® provides precision,<br />
performance and productivity for all applications without compromise. The<br />
DMU 65 monoBLOCK ® is the COMPREHENSIVE solution for all industries.<br />
HIGHLIGHTS DMU 65 monoBLOCK ®<br />
_ Large work space capable of holding work pieces that<br />
are up to ø 840 mm wide, 500 mm high and 1,000 kg in<br />
weight with the swivel rotary table. Alternatively, work<br />
pieces up to 1,000 × 840 × 560 mm and 1,800 kg can be<br />
processed on the rigid table.<br />
_ Stainless steel work space retains machine value<br />
_ Crane loading from above over the table centre (standard)<br />
_ Open door and accessibility:<br />
_ Door opening 1,430 mm<br />
_ Front tool loading during production<br />
_ Fully accessible from the front, even with automation<br />
_ Smallest foot print (7,5 m²)<br />
All DMG/ MORISEIKI news is available online at: www.dmgmoriseiki.com<br />
DMG / MORI SEIKI Australia:<br />
Melbourne Head Office<br />
Unit 6, 6 Garden Road, Clayton VIC 3168, Australia, Tel.: +61 3 8545 0900, Fax: +61 3 9561 4999<br />
Sydney Office: Tel.: +61 2 8844 9700, Fax: +61 2 9638 6111<br />
If your mobile phone is equipped with QR code recognition software, you will have direct access to our homepage.<br />
Authorized DMG / MORI SEKI Dealers in Australia:<br />
Qumac Engineering Services – Queensland, Tel: +61 7 5547 5066 / HS CNC Machines – Victoria, Tel: +61 3 9763 8207 Australian / Harris Manufacturing Machine Tools Technology – Western Australia, <strong>May</strong> <strong>2011</strong> Tel: +61 8 9574 6951<br />
39
Preview<br />
Laser marking and welding technology for flexible industrial workplace applications<br />
A leading Australian laser machines and equipment supplier,<br />
M2 Lasers, will demonstrate its extensive range<br />
of laser cutting, marking and welding solutions to the<br />
manufacturing industry at Austech. The company will exhibit<br />
four innovative industrial laser devices, including the<br />
popular ALV 100 compact multifunctional laser welder, as<br />
well as the German-made ACI laser marker, which is<br />
used for fast, quality, permanent laser marking of<br />
metals and plastics.<br />
Laser marking<br />
The ACI WorkstationPROFESSIONAL laser marker<br />
is designed for larger workpieces and batch runs<br />
for the efficient and easy in-house marking of serial<br />
numbers, bar codes, datamatrix, text or logos.<br />
Designed to be a manual workstation with an automatic<br />
door opening unit, it allows marking of<br />
individual parts and small series of parts. With<br />
its 600mm x 600mm, the T-slot base plate in the<br />
extended working area provides extra large space<br />
for bigger parts, as well as the option to add rotation<br />
modules to mark cylindrical parts. An x-axis<br />
extending the working area to 500mm is installed as<br />
standard, offering a freely programmable marking area of<br />
max. 500mm x 180mm. A motorised z-axis can automatically adjust<br />
the lasers height for varying part heights.<br />
According to M2 Lasers General Manager Neil Penman, laser marking<br />
is mostly used as a way of permanently marking an item for tracking<br />
its security and quality, “but it is also a technique that enhances the<br />
monetary and esthetical value of products by making them look more<br />
eye-catching and easily visible.”<br />
“Rather than using a vibrating or rotating tool to engrave a mark on<br />
the products, a high-powered laser offers high-speed marking, excellent<br />
repeatability while minimising the impact on the environment, since<br />
laser marking makes no use of inks or solvents,” he says.<br />
Laser welding<br />
The ALV 100 laser welder on show during<br />
Austech is ideal for precision welding of metals in<br />
the tool and die industry, sensor production and<br />
medical device manufacturing.<br />
“During the last decade a number of laser<br />
manufacturers in Europe and the US have started<br />
producing laser welders, which are designed for<br />
specific industries and applications, which has<br />
made the technology more affordable and userfriendly,<br />
and therefore contributed to a wider up<br />
take of the technology in Australia,” Penman<br />
says. “Laser welding can give you precise control<br />
of the energy you deliver to a weld. It is this<br />
controllability, speed and localised heating which<br />
allows a laser to successfully weld materials with<br />
high melting points or high conductivity. Most applications<br />
of lasers are therefore based around jobs<br />
that require strong welds, repeatable results, noncontact,<br />
precision, process control, small heataffected-zone<br />
or welding complex alloys e.g.<br />
titanium and stainless steel.”<br />
The ALV laser welder can be individually equipped<br />
for manual welding of one-off parts, semi-automatic welding for batch production<br />
and fully automatic welding for volume production. The four-axis<br />
motion system enables controlled movement of workpieces up to 50kg in<br />
the working chamber, using either the joystick or automatic control. In addition,<br />
the worktable’s large vertical travel enables processing of larger tools<br />
and moulds.<br />
The compact laser device fulfils the requirements of laser class 1,<br />
since the welding process takes place in an enclosed working chamber.<br />
Thus the device can be set up in any workspace.<br />
M2 Lasers Pty Ltd - Stand 646<br />
www.m2lasers.com.au<br />
Solutions for the processing of<br />
everyday materials<br />
Biesse Group, a leading provider of innovative technological<br />
solutions for forty years, invites Austech visitors to investigate<br />
its range of CNC machining centres, which can be designed for<br />
one purpose or many. On show at Austech, the Biesse Group’s<br />
Klever Series by Biesse, a CNC solution that delivers manufacturers<br />
of everyday materials a flat table machining workcentre<br />
solution. The Klever’s wide range of sizes give manufacturers<br />
the flexibility to select the solution which is best suited for their<br />
factory the different materials to be processed. With software<br />
included for sign writing and lettering, this is will be one of the<br />
best value machines at Austech, the exhibitor claims.<br />
Also on show will be the Intermac waterjet cutting centre series,<br />
a machining solution that is able to cut tough materials and<br />
intricate patterns with precision and accuracy, Biesse claims,<br />
providing users with an outstanding finished product. According<br />
to Biesse, this simple to operate machine not only saves its<br />
owners money by reducing waste material, it is also claimed<br />
to be very flexible and comes with BiesseSoft, an easy-to-use<br />
software solution.<br />
Biesse Group Australia - Stand 742<br />
www.biesseaustralia.com.au<br />
40 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
www.kraas-lachmann.com<br />
Tiger·tec ® Silver is the new highperformance<br />
miracle tool for steel<br />
and cast-iron milling from Walter.<br />
Extremely tough, extremely hard and<br />
extremely long-wearing, it improves<br />
performance by up to 100%.<br />
The machining age is over.<br />
It’s time to Tiger.<br />
Competitor<br />
Tiger·tec ®<br />
New Tiger,<br />
new benchmark:<br />
up<br />
to<br />
100%<br />
performance<br />
increase<br />
Tiger·tec ® Silver<br />
Walter Australia Pty. Ltd.<br />
Hallam, Victoria<br />
+61-3-8793 1000<br />
service.au@walter-tools.com<br />
www.walter-tools.com<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
41
Preview<br />
Hi-tech, multi-axis CNC lathes &<br />
machining centres<br />
Hare & Forbes Machinery House’s display at AUSTECH <strong>2011</strong> has a<br />
hi-tech theme with multi-axis CNC lathes & machining centres from<br />
Doosan Infracore Machine Tools & Hartford “The Machining Centre<br />
Company”.<br />
New release products from Doosan Infracore:<br />
Doosan Puma 2100, 2600, 3100 Series<br />
The NEW Doosan Puma 4 digit series, on display at AUSTEC <strong>2011</strong> is<br />
widely acclaimed as the next generation of high performance turning<br />
centres, with greatly improved performance, reliability, and usability<br />
through the utilisation of the latest technology, Hare & Forbes claims.<br />
The series caters for a full line-up including 2-axis, 3-axis & Y-axis<br />
models all with optional sub-spindle.<br />
Doosan Mynx 5400, 6500, 7500 Series<br />
According to the exhibitor, the Mynx 4 digit series is designed to offer<br />
exceptionally high rigidity utilising the ultra-heavy duty Box Type guideways.<br />
The powerful spindles form the basis for heavy duty machining<br />
capability which is claimed to perform even in the most demanding<br />
applications.<br />
Vertical turning centre for ultra large and heavy duty cutting<br />
The new VTC models from Doosan are proving their performance on<br />
the global stage, with tooling mounted on a rigid ram with a taper type<br />
tool clamping system for a claimed high reliability and rigidity. The<br />
enormous spindle power, combined with large sized highly rigid cross<br />
roller bearings used in the table provides superior cutting ability and<br />
massive metal removal rates for the largest workpieces up to 6m diameter<br />
and 60T in weight.<br />
High-precision Swiss type turning centre<br />
Enhanced productivity and ultra-high speed is obtained through innovation<br />
and determination. With applied technology such as a servo driven<br />
collet mechanism, electronic synchronisation between the spindle and<br />
guide bush and a powerful built-in high torque motor makes this sliding<br />
head machine design an innovative leader, Hare & Forbes claims.<br />
New release products from Hartford:<br />
Horizontal boring machine<br />
World-class precision boring machines with outstanding standard features,<br />
impressive gearbox spindle drive power, torque output and machine<br />
accuracy. Featuring 4-step gear-drive spindle head, torque output<br />
of up to 2,312 Nm, linear guided W-axis with 500 mm travel.<br />
LG-1370 + low inertia motor<br />
With a specially designed low inertia spindle motor the LG-1370 is said<br />
to be capable of increasing tapping efficiency while saving precious<br />
time. General specifications are working surface of 1,400 x 650 mm<br />
and table load of 1,000 kg. Travels are longitudinal travel (X-axis) of<br />
1,300 mm, gross travel (Y-axis) of 700 mm and vertical travel (Z-axis)<br />
of 650 mm. Aimed for the production market and excellent for LCD, LED<br />
and other high tolerance, volume production.<br />
USC ultrasonic spindle machining centre<br />
The USC ultrasonic spindle machining centre features an ultrasonic<br />
spindle for solid fragile material. The machine is ideal for machining<br />
glass panels similar to iPhone / iPad screens and optical lens. Other<br />
market areas are jewellery, medical equipment, aviation and extra-hard<br />
machining.<br />
S-Plus 10 production centre<br />
The S-Plus 10 is a performance upgrade from the popular Hartford F1<br />
Series. Featuring direct drive spindle as standard with enlarged spindle<br />
diameter, ball screw and linear guide size upgrade. The S-Plus 10 is<br />
designed to enhance accuracy and efficiency for production.<br />
Hare & Forbes Machineryhouse Pty Ltd - Stand 602<br />
www.cncmachine.com.au<br />
Precision grinding technology<br />
Winterthur Technology exhibits precision grinding technology for all applications<br />
from leading manufacturers of super-abrasives and grinding machine<br />
tools at this year’s Austech exhibition. The company highlights its commitment<br />
to its global presence by the opening of Winterthur Technology Australia in<br />
July 2010 to ensure continued supply and support to the Australian and Asian<br />
market.<br />
The Winterthur Technology Group is one of Europe’s three leading manufacturers<br />
of bonded abrasives for industrial applications. The 14 production sites<br />
of the Winterthur Technology Group have sufficient capacities to play a decisive<br />
role on a global scale in their area of activity, the company claims. The most important<br />
users of the Group’s abrasives are the automotive, aerospace, machine<br />
tool, glass, automotive tool and steel-making industries.<br />
“Research and development activities at the Winterthur Technologies Group<br />
are focused on application solutions geared towards individual customer<br />
needs,” says Guy Langmaid, Managing Directo.” Numerous patents and prizes<br />
document the Group’s technological leadership and innovative capability. Products<br />
younger than three years generate about one third of sales.”<br />
Winterthur Technology Australia Pty Ltd - Stand 725<br />
www.winterthurtechnology.com.au<br />
42 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Preview<br />
Business expansion to deliver<br />
advanced solutions<br />
Bennett Precision Tooling Pty Ltd (BPT) is looking forward to exhibiting<br />
at Austech. “We are excited about our recent expansion with<br />
opening of a second toolmaking site in Sydney plus a customer<br />
service centre in Singapore,” comments Mark Bennett. Since being<br />
established by Bennett in 1981, the company has always focused<br />
on delivering advanced technology solutions to its customers. “We<br />
are now employing over 40 skilled staff in Sydney, plus three toolmakers<br />
in Singapore to support our customers in that region. BPT<br />
has extensive experience dealing in world markets and is able to<br />
compete effectively in both Europe and Asia.”<br />
BPT offers design and Manufacture of:<br />
• Thermoplastic Injection Moulds<br />
• LSR Injection Moulds (single and multi - cavity)<br />
• All facets of Automation including robot End of Arm Tooling,<br />
designed, manufactured and tested in-house.<br />
• Micro-Precision CNC Machining and Grinding<br />
• Precision Press Tools<br />
• Product development<br />
According to the exhibitor, the recent expansion has further<br />
enhanced BPT’s ability to offer competitive delivery even on large<br />
projects with world’s best technology including nine CNC milling<br />
machines, CNC lathes with live tooling, CNC wire and Ram EDM, a<br />
fully equipped metrology lab with both CMM and optical measurement<br />
capability.<br />
Bennett Precision Tooling Pty Ltd - Stand MS2<br />
www.bptooling.com.au<br />
Auto-index turret punch with<br />
integrated part chute<br />
Euromac Australia will be demonstrating<br />
some of the wide range of highquality<br />
Italian-made Euromac metalworking<br />
machines. Euromac has been<br />
manufacturing metal working machinery<br />
for over 25 years. Among other<br />
displays, Euromac demonstrates the<br />
Euromac MTX Flex12, 1250/30-2500<br />
auto-index turret punch with integrated<br />
part chute. Some of the machine’s main<br />
features are the ability to process a full size 1250mm x 2500mm sheet<br />
in a single pass with auto repositioning for larger sheet sizes, 6mm material<br />
thickness even when using multitools, punching speeds up to 375<br />
hits/min at 20mm centres, nibbling speeds up to 1000 hits/min, tool capacity<br />
up to 66 tools with up to 18 being fully indexable, 350 x 350mm<br />
part chute and peak power consumption of just 8.5kw (10kva/20.5a).<br />
On-Machine Verification reduces<br />
inspection times<br />
Camplex will demonstrate the latest release of PowerINSPECT OMV<br />
(On-Machine Verification) at this year’s Austech show. According to<br />
Camplex, PowerINSPECT OMV offers machine shops the opportunity<br />
to slash setup and breakdown times, as well as giving absolute confidence<br />
in a completed part before it is taken off the machining centre.<br />
With modern machine tools using high accuracy measurement feedback<br />
systems, and when combined with accurate probing systems and<br />
PowerINSPECT OMV software, this allows the machine tool to be used<br />
as a very versatile measurement device.<br />
A measurement sequence is generated within PowerINSPECT OMV,<br />
which is then run on the machining centre. Instant visual feedback is<br />
available, showing the tolerance at each point, as well as a verification<br />
report for download and distribution. PowerINSPECT OMV is claimed<br />
to significantly reduce inspection time as it can remove the need to<br />
transfer a part from a machining centre, to a metrology centre, and<br />
back again if re-work is required. "PowerINSPECT OMV is an exciting<br />
product as it increases the value of any machining centre with very little<br />
additional investment," says Fred Carlstrom, Managing Director of<br />
Camplex. "The machine shop can give their customer the part, as well<br />
as an inspection report validating their quality, and this can only work<br />
to benefit the supplier-customer relationship".<br />
PowerINSPECT OMV is available on a wide range of 3- and 5-axis<br />
machining centres, machine tool controllers, as well as supporting a<br />
range of new, and existing probe types.<br />
Camplex Pty Ltd - Stand 672<br />
www.camplex.com.au<br />
Euromac will also have the new Euromac<br />
Digibend 400 horizontal bending<br />
machine on display. According to Euromac,<br />
the range of Digibend machines<br />
allows for heavier flat bar stock, solid<br />
round bar and heavy walled pipe to be<br />
easily processed. These machines are<br />
perfectly suited to the electrical switchboard<br />
industry for processing copper<br />
bus bars, but will easily bend mild steel<br />
flat bar up to 200 x 25mm plus a wide<br />
range of other materials. Each different<br />
bend sequence or program can be easily<br />
stored and recalled. The optional CNC back gauge is controlled by the<br />
main controller and is perfect for production runs or parts with multiple<br />
bends.<br />
Euromac Australia Pty Ltd - Stand 670<br />
www.euromac.com<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
43
Preview<br />
Additive manufacturing with Tasman Machinery<br />
Tasman Machinery will be exhibiting two of the<br />
world’s leading additive manufacturing systems<br />
from Stratasys at this year’s Austech.<br />
“Additive Manufacturing” is fast becoming the<br />
buzz word in tool rooms and manufacturing operations<br />
throughout the world. Traditional methods of<br />
design implementation, manufacturing and CNC<br />
machining are being replaced with “Additive Manufacturing”<br />
systems in companies the world over.<br />
Tasman Machinery will be exhibiting a Fortus<br />
400mc. The Fortus machines utilise fused deposition<br />
modelling (FDM) technology to build parts<br />
from a full range of plastic materials.<br />
On the one machine a customer can build prototypes,<br />
manufacture a full range of jigs and tooling,<br />
and produce end user parts. All at reduced costs<br />
and at hugely reduced time frames. It is not uncommon<br />
for users to reduce lead times from months to<br />
days, or weeks to hours, compared to their traditional<br />
methods of manufacture.<br />
A full range of plastics can be processed on the Fortus machines,<br />
including ABS, polycarbonate, medical grade plastics, and highly engineered<br />
plastics such as chemically resistant polysolfone and ULTEM<br />
9085, an exotic plastic, approved for use in the aerospace industry due<br />
to its non-toxic, smoke or burn properties when exposed to heat.<br />
Also on display will be the highly popular range<br />
of Dimension 3D printers from Stratasys. Dimension<br />
3D Printers are the most popular 3D Printer<br />
on the market.<br />
Due to their low price, ease of use, office<br />
friendly set up and use of real ABS plastic, the<br />
Dimension Printers are used by an ever growing<br />
number of organizations, from schools, universities,<br />
research houses, Govt departments and private<br />
companies to bring new ideas and products<br />
to market.<br />
Tasman Machinery is also exhibiting in the<br />
Ausplas exhibition, showing a high speed all electric<br />
injection moulding machine running in conjunction<br />
with a high speed takeout robot.<br />
Tasman Machinery - Stand 783<br />
www.tasmanmachinery.com.au<br />
Swinburne Uni recognises and responds<br />
to engineering skills shortages<br />
Swinburne University of Technology has recently recognised the<br />
need to align themselves with industry demands and recognise<br />
that to address the current skills shortages review the programs<br />
that they offer and add to this by increasing the programs on offer.<br />
A response to this in <strong>2011</strong> is to once again offer training for<br />
apprentices in the welding and fabrication trades with the establishment<br />
a new group of student apprentices early in <strong>2011</strong>.<br />
Manager Craig Brittle, is aware that to meet future needs of<br />
Industry training providers need to be responsive and not as in the<br />
past reactive. "There is a need to recognise the continual changes<br />
that are driving the industry sector and respond to these in a timely<br />
and strategic manner which provides flexibility to the workforce<br />
and builds capability within organisations".<br />
We are also establishing an Industry Board to help influence<br />
and inform our strategic direction and are looking at working with<br />
organisations to increase the provision of Recognition of Prior<br />
Learning (RPL) to enable them to increase capability and sustainability<br />
in the workforce.<br />
A prime example of this is that we recognised the need to<br />
provide training for apprentices in the fabrication and welding disciplines<br />
said Brittle and therefore responded accordingly with the<br />
establishment and design of a program to accommodate industry<br />
needs and address skills shortages for the future.<br />
In addition to this, other programs that have been reviewed<br />
and redesigned are the Pre-Apprenticeship programs to provide<br />
students with directly transferable skills into the workforce and<br />
apprenticeships. Brittle expressed that Industry engagement for<br />
us is of high priority.<br />
Should anyone wish to make direct contact regarding this or<br />
any other related training issues they may directly contact him on<br />
03 9210 1243.<br />
Swinburne University of Technology - Stand 654<br />
www.swinburne.edu.au<br />
Three Australian premieres at DMG /<br />
MORI SEIKI Australia stand<br />
For the second time DMG / MORI SEIKI Australia is hosting a joint<br />
stand. At this year’s Austech, they will be featuring four machines<br />
at their own stand and two at partner stands. Highlights include the<br />
three Australian premieres: the newly developed DMU 65 mono-<br />
BLOCK® offering the entry into the high-tech world of simultaneous<br />
machining in 5 axes, the recently launched NTX2000 high-precision,<br />
high-efficiency integrated mill turn centre from Mori Seiki<br />
and the NLX2500, the first model to be released from the new X-<br />
Class series – a CNC lathe packed with extensive features including<br />
high rigidity, measures against thermal displacement, energy<br />
saving, space saving, MAPPS IV + ESPRIT, and compliance with<br />
safety standards. Furthermore at AUSTECH you can experience<br />
the travelling column milling centre DMF 180, as well as the DMU<br />
50 eco and DMU 70.<br />
With the German influence from DMG which is known for their<br />
innovative technology and Mori Seiki as a Japanese company<br />
known for reliability, DMG / MORI SEIKI Australia has the strength<br />
of two strong hands. A consistent market orientation on all industries<br />
and the technological leadership of the products are their key<br />
to success.<br />
DMG/ MORI SEIKI - Stand 642<br />
www.dmgmoriseiki.com.au<br />
44 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
607<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
45
Preview<br />
One-stop CAD/CAM shop<br />
CAD systems demonstrated by STS-Camtek, a<br />
“one-stop CAD/CAM shop”, range from simple<br />
2D drafting up to the most complex 3D solids<br />
and surface modelling with integrated drafting.<br />
CAD products on display include: KeyCreator<br />
V10, VISI V19 and PEPS V8. According to<br />
the exhibitor, almost every CAM requirement<br />
can be accommodated by STS-Camtek solutions.<br />
CAM systems on display range from<br />
simple 2D mill, lathe, wire, plasma, laser cutting, through 2.5, 3, 4<br />
and 5-axis milling, 5-axis pentacut & 6-axis tubecut laser.<br />
Products on display are: KeyCreator V10, VISI 19, NCG-CAM 10,<br />
PEPS V8 and CIMCO V6.<br />
CAD / CAM Solutions:<br />
• KeyCreator <strong>2011</strong>, true explicit & hybrid CAD modelling and drafting<br />
tool VISI 19 CAD & Machining: VISI is a fully integrated suite<br />
of CAD / CAM products. VISI’s range of CAD is extensive and<br />
CAM functions include 2 to 5-axis continuous milling and 2 –<br />
4-axis wire cutting<br />
• NCG CAM 10 is the easiest to learn CAM product available. NCG<br />
CAM 10 offers the full range of milling functions from 2.5 axis,<br />
3+2 axis to 5 axis continuous machining.<br />
• PEPS V8: PEPS offers a comprehensive range of CAM products<br />
including mill, lathe, wire, laser, punch and routing. PEPS also<br />
TXM demonstrates lean manufacturing<br />
solutions<br />
Due to popular demand for its lean manufacturing demonstration at<br />
last year’s Austech, leading Australian Lean Manufacturing and Project<br />
Management company TXM has committed to once again take its lean<br />
manufacturing solutions to Austech <strong>2011</strong>. TXM’s stand will be themed<br />
as a "mini factory", demonstrating how lean manufacturing techniques<br />
can help advanced manufacturers become more agile.<br />
Over the past 20 years Lean techniques have been used as an effective<br />
tool for improving manufacturing competitiveness through reducing<br />
costs. However, in a globalised market, cost reduction is reaching<br />
its limits. In many cases the labour cost advantage of low cost countries<br />
is simply too great to be bridged. As a result many of the best<br />
Lean companies in Australia, particularly in the automotive sector have<br />
faced poor financial performance and closure. The focus for operational<br />
improvement therefore needs to shift from reducing cost to increasing<br />
value for customers.<br />
“Modern consumers want choice and service,” TXM Principal Tim<br />
McLean explains. “What this translates to for manufacturers is more<br />
models, shorter life cycles, greater customisation, and prompt product<br />
engineering. Agility or Agile Manufacturing means designing your<br />
process to be able to achieve this, reduce your lead times and remain<br />
competitive. ”<br />
The “mini factory” will feature real examples of some of the tools<br />
and techniques TXM uses to achieve<br />
• shorter lead times and a better and more flexible service to customers,<br />
• reduced working capital to free up cash,<br />
• changed workplace culture with all employees engaged in improving<br />
quality, productivity and customer service,<br />
• differentiation on service and a competitive edge to compete more<br />
effectively with imports, and<br />
• reduced costs.<br />
“At TXM we are manufacturing people first, consultants second,”<br />
McLean says. “I believe it’s vital to keep up to date with what’s happening<br />
in our industry. Austech offers the perfect platform to connect with<br />
industry professionals to find out their needs and help them achieve<br />
their business goals through utilising lean manufacturing. We can support<br />
manufacturers improve operational and supply chain performance<br />
and provide project management support for major change projects.”<br />
“We engage the whole workforce in improving the business and<br />
work to create a culture of continuous improvement in our customers'<br />
businesses, where everyone from the CEO down works together to improve<br />
operational performance and solve problems every day.”<br />
Take the first step towards achieving your business goals by visiting<br />
TXM’s stand during Australia’s premier manufacturing show and find<br />
out how to<br />
• increase productivity by 40%<br />
• reduce inventory by over 50%<br />
• slash lead times by 75%<br />
• space saving of up to 50%<br />
• transform your culture<br />
TXM’s skilled project managers can take the pain and risk out of<br />
major operational projects, including relocation, outsourcing, consolidation<br />
and technology implementation.<br />
TXM Lean Solutions Pty Ltd - Australia - Stand 505<br />
www.txm.com.au<br />
includes powerful 5-axis laser and 6 axis<br />
tube cutting.<br />
• CIMCO V6 Professional Editor & DNC-Max<br />
“MILL EXPERT” Solutions:<br />
A specialty of STS-Camtek is the development<br />
of knowledge based Expert CAM solutions for<br />
a variety of applications. Once customised to<br />
suit your particular industry needs, you simply<br />
introduce the job, (create or import a 3D<br />
CAD model), then select “Machine All”. – All machine programming<br />
including: selection of cutting tools, cutting strategies, operation<br />
sequencing, speeds & feeds and post processing are performed<br />
automatically with maximum efficiency.<br />
Our EXPERT CAM applications include: Mill Expert, Manifold Expert<br />
and Cabinet Expert.<br />
CAD/CAM Services:<br />
STS-Camtek provides a range of specialised technical services for<br />
industry. These include: CAD/CAM training programs, Reverse Engineering<br />
using a Faro Arm directly linked to Cadkey/KeyCreator, 3D<br />
solid modelling from reverse engineered data, mechanical design &<br />
detail drafting and NC programming.<br />
STS Camtek Pty Ltd - Stand 690<br />
www.sts.com.au<br />
46 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Preview<br />
Rapid Concepts – Zcorp 3D eco- friendly<br />
printers<br />
Rapid Concepts has been a leading<br />
Partner of ZCorporation for a<br />
number of years selling their 3D<br />
printers to both commercial and<br />
education customers throughout<br />
Australia and more recently<br />
New Zealand. At Austech, Rapid<br />
Concepts will display the ZPrinter<br />
450. According to the company,<br />
3D printers are an important<br />
training tool in education and the<br />
most successful companies have<br />
adopted 3D printing as a critical<br />
part of their design process.<br />
ZCorp printers are said to be the only full colour 3D printers available.<br />
The printers produce physical colour models quickly, easily and<br />
inexpensively from CAD and other digital data costing one-fifth the cost<br />
of other technologies, the exhibitor claims. The printers are unique as<br />
all unused material is recycled for the next build eliminating waste, and<br />
with no physical support structures required to build the parts, no dangerous<br />
cutting tools or toxic chemicals are needed. The printers are<br />
quiet, odour free and are eco-friendly.<br />
The latest generation of printers has been designed for ease of use<br />
with the printers performing most operations automatically. With automated<br />
powder loading and recycling, snap-in binder cartridges, control<br />
panel for easy operation, and 5x-10x faster than all other technologies,<br />
the printers are an essential tool for today’s market.<br />
The printers are based on off-the-shelf HP inkjet technology. Printing<br />
a part begins by opening a CAD file in the ZPrint software. The<br />
software enables a view of the printers build chamber in three dimensions<br />
and provides the ability to zoom, rotate and pan objects in the<br />
entire build area. The software allows the user to rotate, scale and make<br />
multiple copies of a file or import several different files to be printed simultaneously.<br />
You can 3D print text labels, logos, design comments or<br />
images directly onto the model and with a full 24-bit colour, the printer<br />
is capable of producing thousands of distinct colours.<br />
Rapid Concepts Pty Ltd - Stand 691<br />
www.rapidconcepts.com.au<br />
Comprehensive CAD/CAM tools<br />
Once again, manufacturers<br />
will be able to have an experience<br />
of some of the most<br />
functional and efficient CAM<br />
tools available in today’s world<br />
of manufacturing. With 31<br />
years of expertise in production<br />
and distribution of CAD/<br />
CAM systems, NC Computer<br />
Systems (NCCS) will be showcasing<br />
its manufacturing solutions during Austech.<br />
MetaCAM is the new frontier in the sheet metal CAD/CAM world<br />
and is currently the most comprehensive end-to-end solution, NCCS<br />
claims. According to the exhibitor, MetaCAM boasts a consistent user<br />
interface and seamless integration of all modules enables users to catalyse<br />
high productivity and shorten the learning curve in diverse industrial<br />
sectors.<br />
What’s New in MetaCAM V.8<br />
• A new and improved layout table sequencer<br />
• Improved speed of simulation of the Bending machines<br />
• Dock command computes the beam width and uses it automatically<br />
• New chain cutting and bridge feature supported for Waterjet machines.<br />
• Improved behaviour of manual nesting of common line<br />
• “Slice the skeleton” feature is now included in table sequencing<br />
• Support offline programming of welding robots<br />
CAMWorks is an intuitive feature-based CAM solution uses best-inclass<br />
technologies and adaptable automation tools to maximize machining<br />
efficiencies and simple to use.<br />
New features include:<br />
• Roughing – Ideal for prismatic parts<br />
• Machining complex parts - Create tool paths across complex spheres<br />
that cannot be machined on 3-axis machines.<br />
• Automatically identifying machining areas<br />
• Improved feature recognition and decreasing computation times by<br />
more than 50% over previous CAMWorks versions.<br />
NC Computer Systems - Stand 631<br />
www.nccs.com.au<br />
Realtek<br />
metal plastics nano<br />
“Accurate, quick,<br />
very reliable,<br />
excellent<br />
response time on<br />
support from<br />
Realtek.”<br />
Frank, Hargo<br />
Engineering<br />
www.realtekaustralia.com<br />
sales@realtekaustralia.com<br />
“Why do 95% of Australian sliding head buyers choose Star”<br />
“Being backed by STAR’s<br />
longest serving agent of 23<br />
years, Realtek offer<br />
outstanding support and<br />
product knowledge. It gives<br />
us the edge.”<br />
Warren, Yann Engineering<br />
“Price, quality, reliability,<br />
technical support, easy to<br />
set and program.”<br />
Ron and Richie, APT<br />
2/148 Northern Road,<br />
West Heidelberg VIC,<br />
3081<br />
T> 03 9457 6377<br />
F> 03 9459 4695<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
WE HAVE STARS ON OUR TEAM<br />
47
Preview<br />
Sheetmetal Machinery Australia<br />
exhibits CENTURIO<br />
At this year’s show, Sheetmetal Machinery Australia will be offering<br />
visitors the opportunity to view live demonstrations of sheetmetal<br />
and fabrication machinery from world renowned suppliers who are at<br />
the forefront of new and innovative technology.<br />
The range of quality machinery on show from Europe includes the<br />
fully electric press brake from SAFAN, the original inventor of electric<br />
bending with the new EC control, as well as the new RAS XL-Centre.<br />
Sheetmetal Machinery introduces this new folding innovation for<br />
roofing and architectural profiles, which is based on the XXL-Centre<br />
technology. By folding the part up and down the new model reduces<br />
material handling to a minimum, the company claims.<br />
Moreover, Sheetmetal Machinery exhibits the E-Ventures CENTU-<br />
RIO, an automatic sheetmetal slitting and cutting machine with automated<br />
coil warehousing systems. The laser cutting system uses the<br />
latest mid-size CO2 laser technology built by El.En. S.p.A. Combined<br />
with new fast linear motors 3-axis and CNC gantry system it is said to<br />
be capable of cutting acrylic with a polish quality on either extruded<br />
or cast types, metal and also wood.<br />
Other exhibits include an ergonomic electric press brake for small<br />
parts from Coastone, corner forming from ACF and the latest creation<br />
Ultimate Laser showcases hi-tech Laser<br />
and Waterjet cutting<br />
Being successful in a highly-competitive industry requires innovative<br />
minds and cutting-edge technology. Dandenong (Vic)-based Ultimate<br />
Laser possesses both and is primed for further growth, which is one<br />
of the reasons the company decided to exhibit at this year’s Austech.<br />
“Being part of Australia’s premier advanced precision manufacturing<br />
and machine tool exhibition provides us with the opportunity to exhibit<br />
our unique capabilities to an expected audience of more than 10,000<br />
visitors,” says Andrew Pleysier, Business Development Manager at<br />
Ultimate Laser. “Our aim at Ultimate Laser is to build mutually beneficial,<br />
long lasting relationships with new and existing clients. We have a<br />
large base of long-standing clients from a variety of industries, many<br />
of which have been with us from inception. We look forward to the possibility<br />
of showcasing our capabilities at Austech this year and expand<br />
our customer base.”<br />
Ultimate Laser was formed in 2004 with the commencement of<br />
their Dandenong laser cutting facility and has grown to become a leading<br />
one-stop laser and waterjet cutting jobbing shop in Victoria. The<br />
team offers custom cutting at competitive low pricing and just-in-time<br />
service with a combined experience in the laser and waterjet cutting<br />
industry of more than 30 years, and has recently added waterjet cutting<br />
capabilities to its business, using the latest technology for their<br />
advantage.<br />
“We realise the importance of top quality machinery and are deeply<br />
committed to investing in the latest equipment and technology, which<br />
in turn allows us to provide better and faster methods of manufacturing<br />
product resulting in various advantages for our customers,” Pleysier<br />
explains the company’s decision to operate the latest model machines<br />
from world-leading companies Bystronic and WJS, Waterjet Sweden.<br />
“By developing a reputation for quality product, providing prompt and<br />
impeccable service, extremely attractive pricing, standard lead times<br />
between 3 – 5 working days all strives to provide our customers with<br />
the best possible outcome.”<br />
Ultimate Laser runs five laser machines and one 5-axis Beveljet waterjet<br />
machine, operating a huge 6.5m X 3.1m bed size. The waterjet<br />
cuts most materials up to 150mm thick, including mild steel, stainless<br />
steel, aluminium, copper, brass, titanium, wood, plastic, rubber<br />
and much more. The material is cut with a cold cutting process without<br />
the effects of heat, which prevents hardening, warping, dripping slag<br />
or amalgamation. The waterjet machine is capable of bevel cutting and<br />
reacts flexibly to changing contours and materials.<br />
The state-of-the-art laser cutting capacity allows for the cutting of<br />
4m X 2m sheets made from mild steel (up to 25mm thick), stainless (up<br />
to 20mm), aluminium (up to 10mm), zinc, seal/annealed/alume, Bisalloy<br />
and many others.<br />
To complement the modern machines, Ultimate Laser uses advanced<br />
CAD/CAM software to generate drawings or develop customersupplied<br />
files for cutting. The Bysoft programming system simplifies<br />
preparatory work as well as nesting and enables simple, flexible part<br />
development.<br />
“Combining our programming facilities with our advanced laser<br />
and waterjet cutting machines allows our customers to benefit by full<br />
utilisation of all material with a minimum waste,” Pleysier says. “This<br />
means the final product has minimal material usage and cutting times<br />
are reduced.”<br />
Ultimate Laser Pty Ltd - Stand 630<br />
www.ultimatelaser.com.au<br />
from SIMASV Italy, a 30°>140° variable angle hydraulic notching<br />
machine AV226/PA-CNC. The punching head is controlled independently<br />
and operating via a changeover switch allows it to shift<br />
easily from the notching to the punching step.<br />
Sheetmetal Machinery Pty Ltd - Stands 662 and 682<br />
www.sheetmetalmachinery.com.au<br />
48 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Unique insert cutting edge<br />
design coupled with<br />
high-precision body<br />
construction, provides<br />
superior cutting performance,<br />
a true 90°shoulder<br />
Milling Cutter.<br />
567<br />
NSW Toll Free 1300 307 099 www.seicarbide.com<br />
VIC 03 9548 8516 SA 0418 826 155 QLD 0418 732 729<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
49
Preview<br />
Plasma cutting with laser precision<br />
Farley Laserlab will demonstrate a TruEdge II machine from their new<br />
and affordable TruEdge plasma cutting machine range. One of the special<br />
features of Farley’s TruEdge machines is Hypertherm’s True Hole<br />
cutting technology. The technology uses a specific combination of cutting<br />
parameters optimised for mild steel applications. The end result is<br />
claimed to show an up to 50% improvement in the shape of the hole.<br />
The patent-pending hole cutting technology vastly improves the capability<br />
of hi-definition plasma resulting in a quality that competes, at a<br />
fraction of the cost, with processes that were previously more accurate,<br />
such as drilling and laser.<br />
For anyone interested Farley Laserlab would like to invite visitors to<br />
bring in small dxf files that are less than 300mm to be cut as demonstration<br />
parts.<br />
In addition to this, Farley will also be exhibiting the NEW Zero Offset<br />
Bevel Head on a separate test rig. Farley will be showing the different<br />
type of cuts that are available on the new bevel. Cuts that can be performed<br />
on this new bevel are as follows: ‘K’ bevel, sharp bevel, sharp<br />
top blind bevel cut, cone bevel, bevel pipe hole cut, arc bevel cut and<br />
top bevel star without loop.<br />
H G Farley Laserlab Pty Ltd - Stand 591<br />
www.farleylaserlab.com.au<br />
Electric hydraulic portable hole punch<br />
At Austech <strong>2011</strong> Stainelec Hydraulic Equipment will demonstrate<br />
the new Kamekura Model RW-M2 electric hydraulic<br />
portable hole punch. According to Stainelec, the unique design<br />
of the RW-M2 hole punch allows the operator easy<br />
positioning by adjusting the movable back gauge as well<br />
as an LED lighting system which can clearly light up the<br />
desired punching position for accuracy to punch holes in<br />
the material piece.<br />
The inching button allows further accuracy to punch<br />
on pre-marked centre lines of the work piece material.<br />
RW-M2 produces 20 tons of punching force<br />
and has a double insulated 230 volt motor which<br />
drives the high powered two stage hydraulic<br />
system with auto return when the hole is punched.<br />
Weighing just 10.5kgs the unit is easily portable for site<br />
work and workshop operations. Designed for use with<br />
punching round holes from 8mm to 20mm in 10mm thickness<br />
materials such as copper and mild steel and<br />
6mm thick stainless steel for 8mm to 20mm diameter<br />
holes. Made in Japan, the RW-M2 produces a<br />
quick, clean and accurate hole.<br />
Along with new model RW-M2, an extensive<br />
range of Kamekura Seiki hand held hydraulic hole<br />
puncher units will be demonstrated at this year’s<br />
Universal cutting and sawing machine<br />
ProTUBE, a niche and specialised supplier of machinery, plant and<br />
equipment including consumables and wear items, will be exhibiting a<br />
KALTENBACH universal sawing and cutting machine KKS 450E.<br />
The trend towards automation has long made its presence felt in<br />
the steel construction and trading industries. As a manufacturer of<br />
sawing and drilling machines and also sheetmetal processing centres,<br />
KALTENBACH can offer optimum support with rationalisation and efficiency-raising.<br />
Because the automation process begins with material<br />
transport, the subsequent processing of the steel sections with saws,<br />
drilling machines and flame cutting through to the automatic sorting<br />
of good parts, off-cuts and remnants and distribution to subsequent<br />
production processes can be optimised and adapted to existing layouts.<br />
Ideally, the operator fills the magazines the evening before and<br />
the production steps are completed automatically overnight so that the<br />
material can be loaded and despatched the next morning.<br />
According to ProTUBE, steel trading sector customers who rely on<br />
KALTENBACH’s automation concept report up to 30% more capacity<br />
and a correspondingly shorter throughput time.<br />
ProTUBE Asia Pty Ltd - Stand 771<br />
www.protube.com.au<br />
Austech. Made in Japan, Kamekura hydraulic hole<br />
punchers are precision manufactured tools offering<br />
a life time of reliable service to any tradesman<br />
requiring to penetrate holes in sheet metal,<br />
stainless steel, copper, brass and aluminium.<br />
When punching the material, the operation is<br />
easy with no excessive pressure being forced<br />
from the user.<br />
These precision-made hydraulic hole<br />
punchers can be applied to any working position,<br />
the company claims, allowing the<br />
operator more flexibility to punch holes<br />
in confined situations for control panel<br />
work. Punching operation is simple,<br />
fast and easy requiring little effort. When<br />
punching the hole, a professional finish is achieved<br />
to the work piece with no damage to finished painted<br />
products. Extensively used in electrical switchboard<br />
manufacturing, plumbing/sink ware distributors<br />
and manufacturers, plant system operations and<br />
general sheet metal workshops. Stainelec Hydraulic<br />
Equipment is the sole Australian Agents and distributors<br />
of Kamekura Seiki hydraulic equipment.<br />
Stainelec Hydraulic Equipment Pty Ltd - Stand 667<br />
www.stainelec.com.au<br />
50 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Preview<br />
Shop floor equipment and materials<br />
handling solutions<br />
At Austech Modern Tools will be displaying a range of new products<br />
for the first time, including SMARTVENT fume extractors and down<br />
draft welding tables offering a full range to suit most workshop needs<br />
including custom systems. Also on display will the the GOSAN CNC<br />
teach lathe model 2040 (500mm swing x 1000mm between centres)<br />
with a FAGOR 8055 controller.<br />
SKYHOOK lifting cranes are another highlight, ideally suited to machine<br />
parts lifting. A skyhook lifter can be attached to the machine,<br />
trolley or floor mounted, preventing workplace injuries. Other products<br />
on display will be a full range of FIRST precision milling machines & a<br />
FIRST MCV-1100 machining centre with Fanuc controller. HWACHEON<br />
high quality precision lathes (sold by Modern Tools since 1978), SHEN<br />
JANG automatic, semi-automatic and manual bandsaws, TECHPLUS<br />
precision drilling machines, S4 welding & positioning tables featuring<br />
a PLASMA NITRATED coated surface to prevent any weld spatter<br />
sticking to the table.<br />
Modern Tools Pty Ltd - Stand 579<br />
www.moderntools.com.au<br />
Taegutec launches Gold Rush series<br />
Taegutec launches its Gold Rush range of products at Austech <strong>2011</strong>.<br />
Visitors are invited to come to the Taegutec stand to find out why it<br />
took over four years to research, develop and release this very complete<br />
product range. “The GR range will undoubtedly mark Taegutec’s<br />
desire and intention, not just in the Asia Pacific region but throughout<br />
the world during <strong>2011</strong> and beyond,” says Zeb Colic, Managing Director<br />
Taegutec Australia.<br />
The features of the Gold Rush Range include its distinctive premium<br />
appearance in a shiny gold colour, indicating added Golden Rush<br />
values like innovation in design, minimised built-up edges, extremely<br />
efficient metal removal , double sided technology, increased depth of<br />
cut capability , excellent surface finishes, prolonged tool and body life<br />
all adding up to lowered machining costs, he goes on to explain.<br />
Taegutec Australia Pty Ltd - Stand 600<br />
www.taegutec.com.au<br />
Automatic CNC beam line for drilling shaped<br />
and flat profiles<br />
At Austech Ron Mack Machinery will introduce the latest creation from FICEP, the “Excalibur<br />
12-1210DE”. According to Ron Mack, the automatic CNC beam line for drilling shaped and flat<br />
profiles is the first mono spindle gantry drilling line to process beams for those in the steel<br />
construction industry working with the “cantilever” system. The machine is suspended on and<br />
moves along its loading table, without interfering with drill chips or anything else lying on the<br />
floor.<br />
The gantry drilling line is claimed to<br />
feature low cost investment, reduced<br />
overall dimension, flexibility and high<br />
productivity due to its versatility. Thanks<br />
to a set of wheels mounted on bearings,<br />
the drilling unit main body slides on a<br />
sturdy support crossing the loading table.<br />
The support is equipped with a rack<br />
that, through a toothed pinion, guarantees<br />
precise movements. An electromechanical<br />
sensor surveys the origin<br />
of the workpiece and allows it to start<br />
the working cycle. The piece to be processed<br />
cannot move as it’s strongly clamped in the working position by an automatic doubleeffect<br />
hold-down (top and bottom clamping).<br />
Ron Mack will be running several presentations and information sessions throughout the<br />
exhibition.<br />
Ron Mack Machinery Pty Ltd<br />
Stand 660<br />
www.ronmack.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
51
Preview<br />
GBS: New press brake generation<br />
FJP Manufacturing introduces the small and compact LAG MINI GP<br />
press brake, which maintains all main features of the bigger range of<br />
press brakes and is available in two models: MINI GP 515 and MINI GP<br />
815. Both models can optionally be equipped with a CNC and robots.<br />
According to the exhibitor, GBS press brakes represent a concentration<br />
of innovation which differs substantially from the traditional Press Brakes.<br />
“For years press brakes hadn’t been developed significantly; apart from<br />
the various options, the press brake has remained conceptually the same,”<br />
LAG’s Luciano Gasparini states, adding, “the GBS technology has considerable<br />
strong points that aim to become real benefits for the customer.”<br />
The GBS is claimed to be characterised by an extremely structural<br />
rigidity that eliminates the misalignment of the bending axis; this typical<br />
inconvenience of the traditional press brake is generally solved through<br />
application of deflection compensation systems. The design of the GBS<br />
eliminates this problem. Furthermore, the top beam is fixed to side<br />
frames, which slide on eight linear guides, eliminating friction.<br />
Thanks to the structural geometry the GBS is particularly suited to<br />
automation allowing applications for automation, robot and mechanical<br />
reference, high speed and precision.<br />
FJP Manufacturing Pty Ltd - Stand 715<br />
www.fjprecision.com.au<br />
Non-destructive testing and surface<br />
finish testing<br />
Carl Zeiss Metrology will be exhibiting the latest in CMM technology<br />
as well as non-destructive testing and surface finish testing. With O-<br />
INSPECT, Zeiss succeeded in bringing this multi-sensor system work<br />
of art to life. O-INSPECT means optical and contact measurements<br />
with one measuring machine, in one setting, on one workpiece, in one<br />
measuring run, Zeiss claims. The successful O-INSPECT multisensor<br />
measuring machine is available with a chromatic white light sensor<br />
which enables the measurement of parts that cannot be captured with<br />
a contact sensor or a camera. This includes very small and sensitive<br />
workpieces that feature a transparent, glossy or low-contrast surface.<br />
According to Zeiss, the measuring machine allows very easy, very accurate<br />
and thus very efficient inspection of complex parts. It can be<br />
used in the electronics and plastics industries, for medical and automotive<br />
technology, and precision engineering.<br />
With the latest Carl Zeiss Metrotom X-ray Scanner, it is now possible<br />
to measure highly precisely and non-destructively in areas where<br />
only destructive inspection was possible before or no quality assurance<br />
took place at all. Metrotomography allows to measure the interior of a<br />
workpiece: all recorded data can be applied to all areas of quality assurance<br />
and be evaluated. Non-destructive testing technology, such as assembly<br />
inspection, damage and porosity analysis, material inspection<br />
and defect checks is possible as well as traditional evaluation, reverse<br />
engineering applications or a comparison of geometries.<br />
Carl Zeiss Pty Ltd - Stand 663<br />
www.zeiss.com.au<br />
Laser cutting quotation system<br />
Following on from its successful UK launch, ipLaser is showcasing<br />
its laser cutting quotation system at Austech <strong>2011</strong>.<br />
Unlike traditional quoting tools, the company claims, ipLaser<br />
uses a CAD drawing as the source of information for the quote. You<br />
no longer need to rely on estimates of a part shape or time. All of<br />
this work is done for you. According to ipLaser, ipLaser addresses<br />
many of the problems faced by “traditional” quoting methods. The<br />
resultant quotes are based on a strict set of rules and parameters<br />
which ensures a consistent quote. The quoting process has been automated<br />
to the point where significant savings in the time to produce<br />
a quote can be made. The user is required to provide a CAD drawing<br />
of the part, the minimum information to define a part, and the system<br />
takes care of the rest. The technology used by the ipLaser quoting<br />
engine not only ensures that the quotes are consistent, but they are<br />
also accurate.<br />
The algorithm that calculates the part processing time is modelled<br />
on a physical machine, rather than using linear distance. The<br />
system takes into account deceleration/acceleration required when<br />
cornering. This means that your quote for a complicated part (for<br />
example, a saw blade) is not the same as for a simple rectangle of<br />
the same distance. Material pricing is also accurate and competitive,<br />
with ipLaser calculating material prices based on an approximate<br />
true shape nest.<br />
The ipLaser system is claimed to provide a consistent and rapid<br />
method for providing quotations to customers of laser cutting providers.<br />
It can be used as an in-house tool by the laser cutting provider,<br />
or as a portal for self-service quoting by the laser cutting customer.<br />
“Using the ipLaser quoting solution in-house can lead to substantial<br />
reductions to quote response times,” Technical Director Peter Olle<br />
says. “However, providing a portal to your customers where they<br />
can obtain a quote instantly is the ultimate solution. ipLaser comes<br />
equipped with the technology to provide you with a 24/7 store front.<br />
Giving customers the ability to quote and order via your ipLaser portal<br />
not only gives the customer the freedom to obtain a quote when<br />
they need it, but minimises your cost to provide the quote.”<br />
Iplaser Pty Ltd - Stand 668<br />
www.iplaser.com<br />
52 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Preview<br />
High quality workholding and machine tool accessories<br />
Romheld Automation will exhibit a range of high quality workholding and machine tool accessories and<br />
automation tooling with special emphasis on flexibility, reliability and repeatability.<br />
Want to automate but short of cash Romheld suggests the use of the new Schunk spindle grippers<br />
and to use your machine as a robot for auto load and unload of parts to be machined.<br />
Another suggestion is to view the BTop3 chuck from Hainbuch. This is a not so traditional<br />
three jaw power chuck with quick change jaws. In less than two minutes Romheld reports<br />
that it can be converted from a jaw chuck to an extremely rigid expanding mandrel simply by<br />
removing the chuck jaws and a cover, inserting a mandrel body and tightening three socket<br />
screws. Add an endstop and an expanding sleeve and you’re ready to machine the second op.<br />
Need a powerful collet chuck Simply remove the mandrel and insert a collet chuck body.<br />
You can also quick change between collet, mandrel and top jaws for stationary clamping on<br />
milling machines, with the base unit either manually or hydraulically actuated. None of these<br />
changes requires any clocking up or removal of the chuck from the machine spindle. The<br />
only tools required are allen keys.<br />
The Schunk Vero-S system provides very accurate repeatable positioning with clamping<br />
forces to 40kN to allow quick change of fixtures, base plates, vices etc. To change<br />
a fixture simply turn on the air and the receivers are released. Exchange fixtures, turn<br />
the air off and the new fixture is located within microns and clamped strong enough for<br />
heavy machining.<br />
Auxiliary air blasts ensure the receivers remain clear of coolant and chips allowing<br />
untended auto changes.<br />
Air actuated permanent magnet grab heads from Goudsmit allow remote control of powerful<br />
rare earth magnets for automated handling of ferrous product in difficult environments<br />
including high temperature and flammable.<br />
Visitors are encouraged to try out the Stoeger self-feeding screwdriver for fast and simple<br />
screw insertion and tightening.<br />
Romheld - Stand 688<br />
www.romheld.com.au<br />
110535 QMTHalfpage<strong>2011</strong>:Layout 1 15/4/11 11:19 AM Page 1<br />
Automatic Horizontal & Vertical Tool Changer<br />
Automatic Head Magazine<br />
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Engineering Machines & Accessories<br />
Tel: +61 3 9587 8788 Fax: +61 3 9587 5788<br />
91-93 Malcolm Rd, Braeside Vic 3195<br />
www.qualitymachinetools.com.au sales@qualitymachinetools.com.au<br />
KEY FEATURES:<br />
• X Axis – from 1500 mm to 10200 mm travel<br />
• Y Axis up to 5000 mm travel<br />
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• Optimal Centre Layout of Spindle System<br />
• Unique Damping & supporting design for<br />
X & Y Ball screws (Bigger machines)<br />
• Fully automatic 5 Face Machining<br />
• Built in High Speed Kessler HSK Spindle<br />
• Automatic Tool Length & Work Piece<br />
Measurement<br />
• Fanuc 18 i / Seimens 840D / Heidenhain iTNC530<br />
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• Heidenhain Scale Feedback<br />
• 90 Tool Automatic Tool magazine<br />
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784<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
53
Preview<br />
Rolling machines: exceeding<br />
expectations<br />
Factory Equipment Sales/DAVI will feature their DAVI Rolling Systems<br />
at Austech. In Australia there are companies which have purchased<br />
multiple DAVI plate rolling machines - for example RPG Group have<br />
acquired eight DAVI plate rolls used for general purpose, pipe and wind<br />
tower manufacture, while Hilton Manufacturers has three high production<br />
models. This company manufactures 20,000 fuel tanks for trucks<br />
for the local and international markets. Tyco has two high production<br />
DAVI models specifically designed for rolling pipe collars up to 200<br />
units per day.<br />
Two DAVI MCP 3232 heavy duty section rolling machines have been<br />
sold into QLD and Victoria that are able to roll 410UB and 250mm angle.<br />
Recently a DAVI MCB 3075/S (3000x75mm) super heavy duty plate<br />
rolling machine was commissioned for DT Hi Load in Perth to roll bodies<br />
for heavy duty haul trucks for the mining Industry.<br />
Able Industries Engineering Pty Ltd secured a contract that required<br />
rolling 17,000 vessels in short time. A DAVI MCA 2019 CNC machine was<br />
purchased and productivity has reportedly exceeded all expectations.<br />
FES specialises in all types of machines offering options from<br />
economy models upwards but mainly focusing on value for money and<br />
exceptional service. FES states that control, efficiency and productivity<br />
are priorities in all DAVI Rolling Systems.<br />
Fabrication Equipment Sales - Stand 684<br />
www.fes.net.au<br />
DAVI - www.davi.com<br />
Laser cutting and metal fabrication<br />
New Touch Laser exhibits its laser cutting and metal fabrication capabilities<br />
at the Manufacturers’ Showcase Pavilion. New Touch prides<br />
itself on its ability to provide a cost effective, high precision means of<br />
processing a wide range of materials; offering design flexibility, perfect<br />
cut qualities, high tolerances with quick turnarounds.<br />
Joined by New Touch Fabrications, New Touch Laser is backed by<br />
three locations, seven lasers, press brake and Mig and Tig welding.<br />
The company’s machines have the ability to process a wide range of<br />
materials to meet all sheetmetal requirements from 2D, 3D & rotary<br />
laser cutting, laser marking, folding and welding to your specifications<br />
ensuring perfect high-quality finishes, always. To ensure faster lead<br />
times, New Touch carries most materials in stock, including mild steels,<br />
stainless steels, aluminium, galvanised steel, zinc seal/allume, acrylic,<br />
MDF and plywood.<br />
“Austech provides an opportunity for us to demonstration the ability<br />
and expertise of our highly skilled staff,” company director Brad Drury<br />
says. “We can assist you on the best solution to produce your product<br />
as efficiently as possible. From prototypes through to productions we<br />
can adjust and modify parts to ensure ideal product results.”<br />
New Touch Laser Cutting Pty Ltd - Stand 774<br />
www.newtouchlaser.com.au<br />
High-quality finish for automotive, aeronautical, marine or electronic products<br />
Décor Engineering will showcase its main areas of expertise at<br />
Austech.<br />
These are: industrial stencils or “masks” (hand-made to exacting<br />
standards by precision engineers); vacuum metalising of a variety of<br />
components; and specialised coating and painting, including the use<br />
of reflective, conductive and protective coatings.<br />
The company’s stencils are created for complicated components<br />
that require either painting, metalising, gluing or shield coating and<br />
are made from materials that can withstand constant, high-volume<br />
use in both manual production or robotically controlled production<br />
lines. Décor Engineering creates three-dimensional stencils for a<br />
wide variety of products. Jigs and stands are also provided.<br />
The company’s vacuum metallising (PVD) technology is an environmentally<br />
friendlier process than traditional chroming and has<br />
many applications. Metal finishes can be highly reflective or controlled<br />
to allow only a predetermined amount of light or heat reflection.<br />
This PVD technology can also be used to provide shield coatings<br />
for electronic and radiation-sensitive casings. These applications are<br />
highly sought after in the aviation industry where weight and durability<br />
considerations are paramount.<br />
Metal finishes can be used on all non-porous surfaces such as<br />
plastic, glass and aluminium. This technology was used to provide the<br />
pure gold coating on the Melbourne Commonwealth Games batons.<br />
Décor Engineering (Aust) Pty Ltd - Stand 647<br />
www.decorengineering.com.au<br />
54 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Come and speak with us at Austech to learn more about the comprehensive<br />
range of products, and after-sales service offered by Haco Australia.<br />
Kingsland Steelworkers<br />
CNC Plasmas<br />
CNC Pressbrakes<br />
Bomar<br />
Bandsaws<br />
And what is a quality machine without professional sales and support backup<br />
Haco Australia has highly skilled, factory trained, service technicians to ensure your machinery operates<br />
to manufacturers specifications. We go to any length to ensure that your needs and expectations are<br />
met on time, every time.<br />
For all enquiries Kurt Bossuyt on (03) 9791 8255<br />
Australia wide call: Geoff Archer on (08) 9414 8009<br />
email: sales@hacoaustralia.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
55<br />
web: www.hacoaustralia.com.au
Preview<br />
Extensive range of high-speed steel,<br />
saws, clamps, grinders and more<br />
The many products available through Industrial Tool and Machinery<br />
Sales may be viewed at Austech. This company is the importer, national<br />
wholesaler and sole Australian distributor for Slugger® and Holemaker®<br />
Magnetic Base Drills, Slugger® and Holemaker® Annular Cutters<br />
and accessories, Drill Doctor® Sharpening Machines, Ehoma® Industrial<br />
Welding Clamps, NPK® Air Tools, MACC Cold Saws and Bandsaws,<br />
Darex® High-end Sharpening Machines and Worksharp® Tool<br />
Sharpening Machines.<br />
ITMS also imports and distributes a wide range of Trademaster®<br />
bandsaws, cold saws, metal cut-off saws, belt grinders, bench grinders,<br />
fans, ventilators, Star® spray guns, and all the allied parts and accessories.<br />
With 18 different models of Slugger® or Holemaker® Magnetic<br />
Base Drills stocked, the company claims to have the largest range<br />
of magnetic base drills in Australia. A similar claim is made for their<br />
annular cutters. The company stocks more than 750 different types<br />
of high speed steel, tinite coated, cobalt tinite coated, titanium carbon<br />
nitride coated and tungsten carbide tipped annular cutters.<br />
ITMS has recently taken over MACC Machinery. Consequently an<br />
extensive range of cold saws and bandsaws are now in stock: From<br />
portable to fully automatic bandsaws and 225mm diameter to 350mm<br />
diameter coldsaws.<br />
Distribution is Australia-wide with representatives in each state and<br />
warehouse facilities in Queensland, Victoria, Western Australia, Tasmania<br />
and South Australia.<br />
The company has more than 20 years experience, and prides itself<br />
on a reputation for a large range of quality tools, and expert staff.<br />
Industrial Tool and Machinery Sales - Stand 598<br />
www.industrialtool.com.au<br />
New multi-wavelength laser platform<br />
Universal Laser Systems, Inc. (ULS), a leading manufacturer of CO2<br />
lasers and systems, together with Laser & Sign Technology (LST), a<br />
leading laser machine distributor across Australia, will introduce a new<br />
multi-wavelength laser platform at Austech. The PLS6MW features a<br />
fibre laser for direct metal marking that can be interchanged with a CO2<br />
laser for processing materials like wood and plastic – all in the same<br />
laser system.<br />
The PLS6MW model builds on Universal’s patented Rapid Reconfiguration<br />
technology, giving customers the ability to interchange<br />
laser sources without the need for realignment or special tools. The<br />
PLS6MW has a 813x457mm (32x18-inch) processing area and supports<br />
a 30-watt fibre laser source that can be interchanged with Universal’s<br />
CO2 lasers ranging from 10 to 75 watts.<br />
The fibre laser source is ideal for cutting foil and marking a broad<br />
range of metals like stainless steel, titanium, copper, brass, aluminium<br />
and carbide plus some plastics including Delrin and ABS. The CO2 laser<br />
source is ideal for engraving and cutting operations – specifically<br />
wood, acrylic, glass, anodized aluminium, fabric and other organic<br />
materials. In addition to the 10.6 micron wavelength, Universal’s CO2<br />
lasers are available with a wavelength of 9.3 microns, a great attribute<br />
for PET marking and other applications.<br />
To interchange laser sources from a fibre laser to a CO2 laser and<br />
back again with no tools it claimed to give the user incredible production<br />
flexibility and is unique to Universal.<br />
LST - Stand 625<br />
www.lastech.com.au<br />
Diverse range of CNC profile cutting/robotics expertise<br />
NC Technologies will be exhibiting their diverse range of CNC profile<br />
cutting/robotics expertise at Austech and are happy to discuss how<br />
they can tailor a solution for profile cutting customers. Their experience<br />
includes preventative maintenance, breakdown repair, control<br />
system retrofits, machine installation, commissioning and training,<br />
wireless communication upgrades and general automation and programming.<br />
Cross-discipline expertise is available across multiple<br />
platforms, including the NEW Hypertherm EdgePro controller enabling<br />
claimed “revolutionary” True Hole cutting technology.<br />
As an approved Hypertherm agent, NC Technologies sells, services<br />
and installs a wide range of Hypertherm mechanised plasma<br />
systems. Their retrofitting portfolio includes plasma, oxy, waterjet<br />
and bending machines with controls from Kinetic Engineering,<br />
Burny(CMC) and Hypertherm Automation. These controls offer a<br />
claimed exceptional performance, ease of use and value for money.<br />
NC Technologies offers an efficient breakdown service resulting in<br />
a minimum of downtime and a preventative maintenance program.<br />
The company is the agent for MTC Nesting software including<br />
ProNest, TurboNest and NestMaster. Accordingly, NC Technologies<br />
will meet all software needs: Whether simply upgrading to the latest<br />
version or never having used CAM software before. Additionally,<br />
the company can provide custom processor information for machine<br />
interfacing, no matter how old or unique.<br />
NC Technologies - Stand 527<br />
www.nctech.com.au<br />
56 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
55-61 Nissan Drive, Dandenong, Victoria 3175<br />
Tel: (03) 9706 8066 Fax: (03) 9706 8067<br />
sales@appliedmachinery.com.au<br />
www.appliedmachinery.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong> 57
Preview<br />
True multi-paradigm design platform<br />
At Austech, LEAP Australia will be showcasing the latest versions of<br />
the PTC Creo Technology for Computer Aided Design and ANSYS for<br />
Simulation and Analysis.<br />
Pro/ENGINEER is now called Creo Elements/Pro. The four key<br />
themes of Creo include:<br />
• AnyRole Apps: Customers get the right tool, for the right user, at the<br />
right time, with task specific user interfaces, making Creo a claimed<br />
easy to use application.<br />
• AnyMode Modeling: Creo will provide the industry’s reportedly only<br />
true multi-paradigm design platform, enabling users to design in 2D,<br />
3D direct, or 3D parametric. Data created in any mode will be fully<br />
accessible and reusable in any other mode.<br />
• AnyData Adoption: Users can incorporate and edit data from any<br />
CAD system, and share it back out again.<br />
• AnyBOM Assembly: Product development teams creating highly<br />
configurable products can use BOM-driven assemblies and PTC’s<br />
Windchill PLM software to “design” hundreds of unique configurations.<br />
ANSYS 13.1<br />
The advanced technology behind the new ANSYS 13.1 release includes<br />
hundreds of new features that the company claims make it easier, faster<br />
and cheaper for users to bring new products to market.<br />
The three key improvements evident in ANSYS 13.1 are:<br />
Greater fidelity via new solver methods. As engineering requirements<br />
and design complexity increase, simulation software must produce<br />
more accurate results that reflect changing operating conditions.<br />
Stillam AU and SNC Solutions<br />
Stillam AU, the Australian supplier of Edgecam CAD/CAM Software,<br />
partnering with SNC Solutions supplier of Radan Sheetmetal<br />
CAD/CAM Software will be located at Stand 692 at this year’s<br />
Austech Show. According to the company, the goal is to offer a<br />
complete CAD/CAM solution for both metalworking and sheetmetal<br />
manufacture.<br />
Stillam AU will be showcasing the new version of Edgecam<br />
<strong>2011</strong> Release 2, boasting an array of new features and software<br />
enhancements. SNC Solutions will be showcasing Radan, a complete<br />
sheetmetal solution.<br />
Strong competition locally and globally, the possibility of new<br />
regulations in the manufacturing arena and the trend towards new<br />
clean technologies are contributing factors in forcing Australian<br />
businesses to look for more economical, efficient and cleaner<br />
manufacturing methods. That’s where Stillam comes in. Stillam<br />
offers its customers an easy solution for this transition to efficient<br />
green, lean manufacturing and production flow.<br />
Edgecam is designed to cope with programming the simplest to<br />
the most complex components and offers full support for the latest<br />
CAD, machine tool and tooling technology.<br />
Radan is the total CAD, CAM solution for the sheetmetal industry.<br />
Radan’s software is claimed to significantly reduce inventory<br />
and increases material utilisation, allowing you to realise true return<br />
on your investment.<br />
Stillam AU - Stand 692<br />
www.stillam.com.au<br />
ANSYS 13.1 features an electromagnetic transient solver that produces<br />
higher-fidelity results in dynamic simulation environments, among<br />
other new features.<br />
Higher productivity built on an adaptive architecture. ANSYS 13.1<br />
includes dozens of features that are claimed to minimise the time and<br />
effort product development teams invest in simulation.<br />
Performance innovation via software and computational power. AN-<br />
SYS 13.1 can provide speedup ratios that are dramatically greater than<br />
previous software releases. Complex multiphysics simulations can be<br />
accomplished more quickly and efficiently, speeding up product development<br />
and market launch initiatives, it is claimed.<br />
LEAP - Stand 599<br />
www.leapaust.com.au<br />
IP67 798 series<br />
coolant proof<br />
electronic caliper<br />
LS Starrett introduces the new IP67 798 series<br />
coolant proof electronic caliper. This new<br />
electronic caliper provides an ip67 protection<br />
against coolant, water, chips, dirt, dust and other<br />
contaminants in hostile work environments.<br />
The 798 includes an RS232 output port for data<br />
transmission into your PC or Starrett Data Collection<br />
systems.<br />
These full-featured electronic calipers are<br />
built with customary Starrett quality and workmanship.<br />
Available in 0 – 6 inch ( 150 mm ) 0<br />
– 8 inch ( 200 mm ) and 0 – 12 inch ( 300mm )<br />
Large, easy to read LCD .310 character height<br />
digital readout with a resolution of 0.010mm.<br />
Features include induction type linear encoder<br />
system, heavy duty bar and slide, 3.5 mm thick,<br />
hardened stainless steel measuring surfaces for<br />
long life, fine adjustment, slide lock, linear accuracy<br />
meets din 862, inch/ mm conversion, zero<br />
at any position, automatic shutoff of the display<br />
after 30 minutes non-use, reactivation of display<br />
with movement of slide with no loss of position.<br />
The LS Starrett stand will also feature a comprehensive<br />
selection of bandsaw blades and<br />
tools for electrical, plumbing and general construction<br />
industries.<br />
LS Starrett Company of Australia Pty Ltd<br />
Stand 544<br />
www.starrett.com.au<br />
58 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Glimpse the tip of the iceberg<br />
600 Machine Tools’ display at Austech, will include Colchester-Harrison<br />
lathes, along with Electrox laser-markers, digital readouts, and accessories.<br />
The turning machines will be demonstrated by Ross Whittle of<br />
Advanced Machine Tools, the company’s exclusive agent for machine<br />
tools in Victoria.<br />
Already the biggest manufacturer of turning machines in Europe, the<br />
UK-based 600 Group recently acquired a large centre of excellence in<br />
Poland that will produce high-spec versions of its world-famous Colchester-Harrison<br />
lathes – which boast a pedigree that began in the 19th<br />
century. According to the exhibitor, 600 Machine Tools has a sound<br />
reputation with company owners and workshop managers throughout<br />
Australian industry for the quality of its machines, and its exemplary<br />
service and training programs.<br />
Sydney-based 600 Machine Tools is now the sole outlet in Australia<br />
for another member of the 600 Group, Electrox of Letchworth Garden<br />
City – a company that has harnessed laser technology to become an expert<br />
in its field. The Hertfordshire-based firm is an acknowledged global<br />
leader in the design, development, and manufacture of laser marking<br />
systems.<br />
These machines will be demonstrated at Austech, by the agent for<br />
Victoria, Melbourne-based Ruby Works Ltd. Managing director Robert<br />
Reid says: “Many industries that have not traditionally used laser marking<br />
are embracing the benefits of permanently marking components<br />
and finished products, and more sectors are now switching to laser<br />
marking from such traditional techniques as stamping, pin, and dotpeen<br />
marking.”<br />
He adds: “Now available is the Electrox Raptor laser – the first laser<br />
marking system to be powered by EF technology. Such is its faith in this<br />
new system that Electrox is able to give EF Technology a four year warranty<br />
– FMTool_April<strong>2011</strong>:Layout the longest warranty available anywhere 4 16/3/11 in the laser 4:16 marking PM industry.” Page 1<br />
Preview<br />
The machines and ancillary equipment on display at this year’s<br />
Austech represents the tip of the iceberg, because 600 Machine Tools<br />
is the exclusive distributor in the Asia-Pacific region for all 600 Group<br />
products, including the workholding systems of Parat, Crawford, and<br />
Pratt Burnerd.<br />
Additionally, the Sydney-based company represents such global<br />
‘blue chip’ brands as Fanuc Robodrills, YCM machining centres, Joemars<br />
EDMs, Paragon cylindrical grinders, Erlo drills, and TOS Varnsdorf<br />
horizontal milling and boring machines, along with a range of mills,<br />
saws, and other competitively-priced machine tools.<br />
600 Machine Tools recently moved its regional head office into<br />
larger premises at Foundry Road in Sydney’s Seven Hills, close to the<br />
M2 motorway, and has branches and distributors in Australia’s cities.<br />
600 Machine Tools Pty Ltd - Stand 666<br />
www.600machinery.com.au<br />
650<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
59
Preview<br />
B&C Plastics continues its innovation<br />
journey with 3D printing technology<br />
In its ongoing desire to grow and improve, B&C Plastics decided to take<br />
part in this year’s Manufacturers’ Showcase and is constantly looking<br />
for new opportunities and ways to innovate by scanning the environment<br />
for new ideas in Europe, North America and Asia as well as closer<br />
to home.<br />
B&C Plastics specialises in plastic injection moulding and toolmaking<br />
for a variety of industries including homeware, mining, building &<br />
construction and electronics, turning design ideas in to prototypes<br />
and market-ready products through a sophisticated range of machinery<br />
and processes.<br />
B&C Plastics recently identified a piece of UK-based technology<br />
which will complement and expand upon B&C Plastics existing activities.<br />
The technology involves a new three dimensional printing process<br />
which the B&C Plastics team has now brought to Australia with exclusive<br />
rights to use it here and in New Zealand. The technology involves<br />
surface decorative technology and a sublimation printing process.<br />
The B&C Plastics team have created a sister company, iPersonalised,<br />
to focus specifically on the new technology, working with a range clients<br />
to create customised products for single and mass production. This Technology<br />
will be on display for the first time in this country in <strong>May</strong>.<br />
Royston Kent, of B&C Plastics and iPersonalised is delighted with<br />
the feedback so far: “We’ve shown the new 3D printing process to a<br />
number of existing customers, as well as potential customers at trade<br />
shows and the response has been phenomenal. From mobile phone<br />
covers to fishing reels, the way this technology can be used is endless<br />
and our customers are suggesting even more ways this unique process<br />
can be used! We can print on a range of surfaces including steel, plastic,<br />
glass and ceramic and we already have our first orders”.<br />
To make purchasing one-off items as easy as possible for the consumer,<br />
the IPersonalised website will allow certain items to be selected<br />
and paid for completely online, such as mobile phone covers:<br />
“We aim to provide a straightforward way for customers to select<br />
an image they would like to use, and to select the medium they would<br />
like it printed on and to complete the transaction online quickly and efficiently”<br />
says Royston.<br />
A collaborative approach to doing business is instrumental to the<br />
B&C Plastics and the iPersonalised team. A collaboration being developed<br />
at iPersonalised is working with local designers and encouraging<br />
them to submit designs to iPersonalised to be used by prospective<br />
customers.<br />
Royston sees the new venture as an ideal way to increase the value<br />
provided to clients “Our sister company will have something to offer<br />
our existing B&C Plastics clients, while new clients who come to us via<br />
iPersonalised may also have the need for B&C Plastics products and<br />
services”.<br />
It also offers the opportunity for additional revenues streams<br />
through the development of a new business model around the exclusive<br />
distribution licence for the technology in Australia and New Zealand.<br />
Officially launched on 16th <strong>May</strong> <strong>2011</strong>, the new company and its<br />
technology demonstrate the desire by the team to continually improve<br />
and evolve the value proposition offered to customers.<br />
Since its purchase by the two directors in 2006, the company’s<br />
focus has been on building strong relationships with customers, providing<br />
a rapid response to new requirements and offering innovative<br />
solutions. This focus has enabled B&C Plastics to triple its customer<br />
base and turnover by concentrating on its key unique selling points of<br />
superior customer service and product quality.<br />
Always looking to improve and a clear advocate for innovation, the<br />
company has engaged with a number of innovation programs in the<br />
past to remain at the cutting edge of what it does. These programs<br />
include Innovation Coaching, a joint initiative of the Australian Institute<br />
for Commercialisation (AIC) and Queensland Government’s Department<br />
of Employment, Economic Development and Innovation (DEEDI).<br />
Since completing an innovation program with the AIC, B&C Plastics<br />
has continued to grow, acquire new machinery and improve quality<br />
standards, having recently begun the application process for ISO9001<br />
and ISO14001 accreditation.<br />
B&C Plastics Pty Ltd - Stand MS9<br />
www.bcplastics.com.au<br />
New release in integrated CAM software package<br />
At Austech <strong>2011</strong>, SolidCAM will be<br />
showcasing their latest product release,<br />
InventorCAM Xpress, which has been<br />
added to their already popular Inventor-<br />
CAM family of integrated CAM software<br />
products for Autodesk Inventor and AutoCAD.<br />
InventorCAM Xpress is being offered<br />
at a surprisingly affordable price<br />
(AUD$2500 +GST). This offers a<br />
unique chance for all Autodesk users to<br />
experience the power, time savings and<br />
accelerated learning curve of integrated<br />
CAM. InventorCAM Xpress includes the most popular 2.5D milling<br />
operations and 3D surface machining functionality, truly setting the<br />
standard for “power to price”.<br />
The advantages of InventorCAM Xpress do not end simply with<br />
price, as it is based entirely on the full InventorCAM solution and so<br />
provides a number of key benefits:<br />
• Upgrade paths available to cover all aspects of CNC machining,<br />
such as Advanced Geometry Programming, Multi-axis milling,<br />
Lathe, Wire EDM or Mill-turn machine programming.<br />
• Upgrade paths take into account existing functionality, so the initial<br />
investment in Xpress is not lost!<br />
• The Xpress interface is<br />
common throughout InventorCAM,<br />
so adding additional<br />
machines or modules<br />
is just an extension of what<br />
is already known.<br />
• InventorCAM’s singlewindow<br />
integration with<br />
Autodesk Inventor provides<br />
full associativity between<br />
the CAM toolpath and the<br />
Inventor native design model<br />
• The user has access to Inventor’s assembly and part functionality<br />
throughout the CNC programming phase, which can be used to<br />
manipulate the toolpath through additional geometry or sketches,<br />
as well as providing the ability to add in fixtures, clamps or casting<br />
models.<br />
InventorCAM Xpress is supplied with an extensive library of free tutorial<br />
videos and training documentation, along with the backup of a<br />
technical support team.<br />
SolidCAM ANZ - Stand 610<br />
www.inventorcam.com.au<br />
60 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Preview<br />
ESPRIT CAM reduces cycle time from days to minutes<br />
ESPRIT by DP Technology (AB CADCAM)<br />
will again be exhibiting at Austech <strong>2011</strong>.<br />
In manufacturing these days, the complementary<br />
combination of CAD software,<br />
multi-tasking machine tools and the fullspectrum<br />
CAM needed to drive them is<br />
not unlike the age-old “chicken or the<br />
egg” argument: Which came first<br />
Regardless of your answer, the need<br />
for a complete solution capable of producing<br />
the ever-more complex parts demanded<br />
of manufacturers is apparent.<br />
For CNC Programmer Brandon Marcotte,<br />
a 5-year employee at Task Force<br />
Tips, switching to ESPRIT has taken the<br />
guesswork out of his job. “ESPRIT programming<br />
is straightforward enough that<br />
it’s easy to see what changes need to be<br />
made,” Marcotte says.“It’s visual. You’re looking at solids rather than<br />
numbers and it’s all the same no matter who’s programming it.”<br />
Standardisation and the simple assessment of necessary changes<br />
are two parts of the equation that, at its heart, is geared at generating<br />
accurate toolpath and taking the complexity out of complex machining.<br />
“We took two steps back to take 10 steps forward,” Marcotte says.<br />
“With ESPRIT, it’s a huge leap forward because the technology to produce<br />
the G-code is supportive of the full capability of our machine<br />
tools.”<br />
In the end, it’s all about saving time.<br />
For instance, to make the main body of a<br />
portable monitor (a device used when water<br />
pressure is too strong to hold a hose by<br />
hand) in the past, the part had to be loaded<br />
onto a machine tool four separate times,<br />
which meant “scheduling the workload on<br />
the floor for a month before the part went out<br />
the door,” Price says.<br />
By implementing ESPRIT, Task Force Tips<br />
was able to cut down on machining time by<br />
streamlining processes and gained a 63 %<br />
reduction in the time required to machine the<br />
part.<br />
“Now we load it into a machine one time<br />
and it’s completed,” Price says. “Before, the<br />
handling time on the part was an hour. It’s<br />
now 22 minutes. It was one of those things<br />
where you can just do a couple of clicks in<br />
ESPRIT and have the whole thing programmed.”<br />
The value of the symbiotic relationship between software and machine<br />
tool can’t be underestimated. “If parts had remained simple, we<br />
would have had no idea what we were missing out on,” Price says.<br />
“Our biggest accomplishment as a company regarding ESPRIT is that,<br />
because of the software, we can fully utilise the capabilities of our machine<br />
tools.”<br />
ESPRIT by DP Technology (AB CADCAM) - Stand 645<br />
www.dptechnology.com<br />
The standard in intelligent CAD/CAM solutions<br />
ons<br />
• Production Machining<br />
• Multi Axis Machining<br />
• Mill / Turn Machining<br />
• Reduced Programming<br />
• Reduced Machining Times<br />
• Cad to Cam Interoperability<br />
• Mould and Die<br />
• Intelligent Features<br />
The world’s most powerful sheet metal<br />
• Solids Based Machining<br />
CAD/CAM software<br />
• Automatic Feature Machining<br />
•<br />
2D & 3D Solid Design<br />
• Punching<br />
• Profiling<br />
• Nesting<br />
• Bending<br />
• Cost Estimation<br />
• Process Management<br />
www.stillam.com<br />
Tel: (03) 9584 9733 • info@stillam.com.au<br />
Working in conjunction with SNC Solutions<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
61
Preview<br />
Performance Unequalled... R35/38<br />
HARMONY ENDMILL<br />
Sutton will present the Harmony range of endmills at Austech. Harmony<br />
represents a claimed latest technology to provide increases in both performance<br />
and tool life. The key to successful milling is to minimise or<br />
eliminate the vibration produced in the cutting action. This is known as<br />
a build-up of harmonics in the work piece, which can be detrimental<br />
to the tool life of the endmill. Often this vibration has been rectified by<br />
slowing down the cutting speed and feeds, altering the size of the cut<br />
and increasing the rigidity of the set-up. The Harmony Endmill overcomes<br />
vibration, through a combination of tool design, micro geometry,<br />
material & coating, without the need to sacrifice productivity.<br />
A combination of a unique unequal flute helix & various optimisations<br />
with regard to the end-teeth geometry, provides a stable/chatter<br />
free cutting action.<br />
35-38° unequal flute helix, reduces the harmonic build up<br />
in the workpiece, resulting in smooth chatter-free milling<br />
in various types of milling techniques, increasing your productivity.<br />
45° Corner chamfering provides added strength to the endmills<br />
particularly in semi-roughing & roughing type milling<br />
applications.<br />
The gash grind of the endteeth blends to the outer corner<br />
of the 45° chamfer, strengthening the design in this area.<br />
Post grind treatment of cutting edges, engineered specifically<br />
for the relevant material application.<br />
The Harmony range is available in both PM-HSS and Carbide. VHM-<br />
ULTRA Harmony Endmills are made from VHM-ULTRA, an ultra fine<br />
grain type (0.5μm) which offers the best wear resistance in high performance<br />
milling applications.<br />
The carbide Harmony range is paired with AICrN coating, which exhibits<br />
an unmatched degree of oxidation resistance and hot hardness.<br />
These properties have triggered a quantum leap in tool wear resistance,<br />
allowing for significantly higher cutting speeds.<br />
Sutton Tools Pty Ltd -Stand 555<br />
www.sutton.com.au<br />
Investing in Queensland<br />
Queensland and the Economic Development branches of the Gold<br />
Coast City Council (BusinessGC) and Logan City Council (Logan Office<br />
of Economic Development) are co-exhibiting at Austech .<br />
Queensland continues to set the pace for economic growth in Australia.<br />
The manufacturing industry plays a major role in the growth of<br />
the state particularly in the coal and gas industries, building and infrastructure<br />
industry supply chains.<br />
If your business is looking to establish a footprint in Southeast<br />
Queensland, Trade and Investment Queensland, BusinessGC and Logan<br />
Office of Economic Development can assist your business with<br />
various services including: providing comparative information such<br />
as business costs and skills availability; private tailor-made business<br />
cases for prospective investors; assisting with site selection; accessing<br />
government funding and programs; liaison with businesses to<br />
streamline the development process in councils; facilitation introductions/meetings<br />
with relevant companies and service providers in the<br />
region and state; provision of ongoing assistance and opportunities<br />
after establishing operations in the region.<br />
Companies which have made recent investments in the SE Qld<br />
region include: Stramit, VISY, ALSPEC, Eco-Kinetics, Shred-X and<br />
Bendigo Relocatable Buildings<br />
Latest in 3D scanning solutions<br />
Showcasing 3D scanning technologies at<br />
Austech together, is Wysiwyg 3D and Qubic,<br />
combining knowledge and experience to provide<br />
both sales and service to suit a wide<br />
spectrum of industries.<br />
Wysiwyg 3D is Australia’s only leading<br />
independent service provider and authorised<br />
dealer for Geomagic - 3D software for<br />
creating digital models of physical objects.<br />
Specialising in 3D measurement, reverse engineering,<br />
inspection and analysis Wysiwyg<br />
3D offers mobile scanning technology, parts<br />
can be sent to the company’s premises up to<br />
2 ton in weight or may be scanned at the customer’s factory. With five<br />
scanners in their range, Wysiwyg 3D engineers can decide on which<br />
scanner best suits the customer’s application whether it’s an engine,<br />
car or a mining bucket. Wysiwyg 3D can supply data in a variety of file<br />
formats to suit CAD/CAM packages including IGES, STEP STL or OBJ.<br />
Qubic has a comprehensive range of 3D and 4D scanning solutions.<br />
Their 3D scanners can scan items from the size of a tooth to buildings,<br />
with accuracies up to 0.007mm. 4D technology can scan moving<br />
objects. Their industry-leading knowledge and understanding of<br />
3D scanning technologies is continually demonstrated to customers<br />
in competitive benchmarking tests. Industry leading brands such as<br />
Konica Minolta have partnered with Qubic for the long term, providing<br />
ongoing stability and support to customers including those in defence<br />
and medical.<br />
This year’s show will feature the:<br />
Surphaser – a terrestrial scanner used for large scale projects including<br />
cars, boats, factory layouts and mining equipment with a sub-millimetre<br />
accuracy.<br />
Geomagic - Lawrence Rajah Account Manager to answer all questions<br />
about the latest in reverse engineering and Inspection software.<br />
The Artec 4D/3D scanner - Can scan objects that are moving in 3D<br />
and extract 3D frames of an instant in time. Capable of scanning people<br />
with real facial expression and body shapes for animation or medical<br />
imaging and lastly the Konica Minolta group of scanners.<br />
Wysiwyg - Stand 773<br />
www.wysiwyg3d.com.au<br />
Trade & Investment Qld- Stand 674<br />
www.investqueensland.com.au<br />
www.businessgc.com.au<br />
www.loganbiz.com.au<br />
62 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Productivity Package<br />
DOOSAN MILL TURN LATHE + HARTFORD VERTICAL MACHINING CENTRE<br />
See you there<br />
24th - 27th <strong>May</strong> <strong>2011</strong><br />
Melbourne Convention<br />
& Exhibition Centre<br />
See us<br />
at stand<br />
602<br />
Only at<br />
Austech<br />
DUAL Machine Productivity Package<br />
ONLY $199,995 *<br />
Own both of<br />
these machines<br />
from as little as<br />
$787 per week #<br />
Doosan Lynx 300M<br />
• 410mm turning diameter<br />
• 712mm turning length<br />
• 255mm chuck<br />
• Full contouring C-Axis<br />
• 4 x rotary tools<br />
• Auto tool setter<br />
• High pressure coolant<br />
• Link type chip conveyor<br />
• The latest Fanuc 0iT-D controller<br />
• Manual guide i conversational programming<br />
Hartford LG 1000<br />
• Travel X-1000, Y-510, Z-630mm<br />
• 11kW main spindle power<br />
• 8,000rpm spindle speed<br />
• Fast action arm type tool changer, 24 tools<br />
• 20 bar (290 psi) through spindle coolant<br />
with filtration system<br />
• Coolant nozzles around the spindle<br />
• Chip conveyor with coolant flushing system<br />
• The latest Fanuc 0iT-D controller<br />
• Manual guide i conversational programming<br />
• Exclusive HARTROL productivity software<br />
www.cncmachine.com.au<br />
Phone: 1300 CNCSALES or 1300 262 725<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
2_AMTIL_010511<br />
63<br />
* Specifications & Prices are subject to change without notification. Price excludes GST. Price valid<br />
from 24th till 27th of <strong>May</strong> <strong>2011</strong> # Finance is also subject to final credit approval by the financier
Preview<br />
CMM with reduced measuring time<br />
It’s all about measurement and quality at the Mitutoyo stand at Austech.<br />
Mitutoyo exhibits the Mitutoyo CRYSTA-Apex C544 CMM, which offers<br />
a maximum drive speed of 519mm/s and a maximum acceleration of<br />
2,309mm/s², resulting in an increase of almost 100mm in drive distance<br />
in one second without compromising machine accuracy, the exhibitor<br />
claims. Combining high speed and high acceleration, the CRYSTA-Apex<br />
C544 dramatically reduces measuring time as the number of measuring<br />
points increases, resulting in a significant reduction in measuring cost.<br />
Also on show will be the portable CMM Spin-Arm Apex, a fully flexible<br />
and portable three-dimensional measuring machine, expanding the measurement<br />
space and further increasing measurement possibility. Workpieces<br />
can be measured from any direction and handling is said to be significantly<br />
improved due to the rotation axis automatic braking mechanism.<br />
Moreover, the new compact roundness tester RA-1600 is equipped<br />
with high accurate turntable that enables simple, accurate centering, as<br />
well as levelling of workpieces to measure roundness and total run-out.<br />
Mitutoyo - Stand 785<br />
SEI Carbide exhibits a range of new<br />
tools<br />
At Austech, SEI Carbide introduces several new products, including<br />
the all new WFX 90-degree cutter combined with a new milling<br />
grade with super ZX coating from Sumitomo. Moreover, the new<br />
eccentric sleeves WAS type is designed to suit the WDX drill, giving<br />
manufacturers the possibility to adjust hole sizes through the<br />
x-axis when drilling. From Big Daishowa exhibitors can see the<br />
new C Cutter chamfering tool with adjustment from 5 degrees to<br />
85 degrees in 5 degree increments and the all new alternative R<br />
cutter with front and back radius cutting. According to SEI Carbide,<br />
the new unique geometry insert with a high-rake angle features<br />
reduced cutting forces.<br />
SEI also exhibits the all new variable helix end-mill with centre<br />
cutting from Garr Tool, specially designed for titanium, Inconel<br />
and 17-4 stainless steel. The PCT (polished carbide treatment) is<br />
claimed to enhance tool life by 20%.The helix geometry varies over<br />
the length of the flutes and the variable flute design helps chip<br />
evacuation.<br />
SEI Carbide Australia Pty Ltd - Stand 567<br />
www.seiaustralia.com.au<br />
Seco News: One-stop<br />
source on new and<br />
updated products<br />
Seco will be showcasing a number of new<br />
products and services during Austech <strong>2011</strong>.<br />
One will be Seco News <strong>2011</strong>.1, Seco’s new way<br />
of introducing new and innovative products.<br />
This autumn edition contains several new and<br />
updated products. Seco News ties all the new<br />
products together in an integrated launch package,<br />
making it easy to get updated on the latest<br />
tooling developments and machining techniques,<br />
from the large diameter, multi tooth XfixTM reamer<br />
program to new turning and milling grades including<br />
new Cermet grades for high tolerance finishing applications<br />
and 2mm MDT.<br />
Furthermore, Seco has enhanced its PCA program. In<br />
today’s challenging marketplace it is becoming increasingly<br />
difficult for manufacturing companies to stay ahead of the<br />
competition.<br />
Rising costs are pushing companies into finding other ways<br />
of saving money and increasing profitability. Seco´s PCA is one<br />
solution that Seco can implement to enable the measurement, control<br />
and management of manufacturing processes.<br />
Seco´s PCA will show where costs can<br />
be reduced and productivity can be increased<br />
to help maximise the profit on any process<br />
within the customers machining facilities.<br />
According to Seco, customers who use<br />
Seco´s PCA could typically expect to benefit<br />
from total cost savings of up to 30%<br />
and productivity increases of up to 40%<br />
regardless of the industry sector that<br />
they are working in.<br />
To help customers get a competitive<br />
edge, Seco has developed<br />
the Seco Point concept. Seco<br />
Point provides all the means<br />
machine shops need to<br />
optimise their stock<br />
and reduce costs. During<br />
Austech Seco will<br />
demonstrate how customers<br />
can configure the<br />
information they need and how to cut<br />
tool consumption costs by up to 10%<br />
.<br />
Seco Tools Australia Pty Ltd - Stand 672<br />
www.secotools.com<br />
64 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
65
Preview<br />
Maxon motor sets new benchmark with<br />
brushless 22mm heavy-duty and high<br />
temp motors<br />
DC motor drive systems made by Maxon do their job under the most<br />
difficult conditions, such as, for example, on Mars. But not only in high<br />
altitudes or in outer space, Maxon DC motors also operate in harsh<br />
ambient conditions as encountered deep underneath the earth's surface<br />
– immaculate, dependable, efficient motors.<br />
As the first manufacturer worldwide, Maxon motor launches with its<br />
EC 22 HD (Heavy Duty) a standard motor for extremely harsh operating<br />
conditions. Developed for the exceptionally high requirements in<br />
deep drilling technology, the electronically commutated motor EC 22<br />
HD resists even most extreme conditions in which “normal” drives call<br />
it quits.<br />
Deep drilling (in the oil and gas exploration industry called ‘downhole<br />
drilling’) permits exploration of oil and gas resources from depths<br />
beyond 2500 metres. In conjunction with directional drilling (the dynamic<br />
orientation of a borehole), it allows exploration of, so far, inaccessible<br />
deposits in drilling depths of currently about 5,000 metres<br />
and bore lengths of up to 11,000 metres. Today, electronics and the<br />
respective drives permit more sophisticated monitoring and control in<br />
a multitude of functions within the drilling process.<br />
For instance, the drilling head’s position and orientation can be dynamically<br />
measured and adjusted. In various deep drilling tools, hydraulic<br />
valves and flaps are being operated by electro-mechanic drives.<br />
Temperature and pressure conditions present in this depth range, in<br />
conjunction with high vibration emitted by the drilling process, make<br />
the employment of electric drive motors a real challenge.<br />
The different variants of the brushless EC 22 heavy duty motor are<br />
designed for operation in air or submerged in oil (flooded in hydraulic<br />
fluid. Their assigned power rating depends on the surrounding medium<br />
and averages to 80 Watts in air and, due to remarkably higher heat<br />
dissipation, 240 Watts in oil. They are designed to cope with ambient<br />
temperatures of more than 200°C and atmospheric pressures of up to<br />
1700 bar (25,000 psi). Further requirements of the 22 mm diameter<br />
motors are the capability to withstand vibration of up to 25 grms as well<br />
as impulse and impact of up to 100 G, that is 100 times gravitational<br />
acceleration – as a parallel; a Formula 1 race car encounters about 2 G,<br />
a fighter jet about 13 G.<br />
According to Maxon, the motors feature high efficiency (in air up to<br />
88%, in oil more than 70%) and therefore offer the best prerequisites for<br />
battery-operated applications. With their detent-free running characteristics,<br />
they possess outstanding regulation behaviour and are especially<br />
suitable for high-precision positioning tasks, even at low speed.<br />
The motor unveils new possibilities in a number of applications that<br />
call for equally high requirements. According to the exhibitor, it is wellprepared<br />
for the utilisation in space technology or in power plants as<br />
well as in vehicle manufacturing, in the aircraft industry, in mining or in<br />
highly dynamic movements.<br />
Maxon Motor Australia Pty Ltd - Stand 585<br />
www.maxonmotor.com.au<br />
Innovative, technologically advanced tooling and productivity systems<br />
At Austech, Iscar will display the simplicity of using ISCAR Tool<br />
Advisor (ITA); calculating parameters such as number of passes,<br />
speed, feed, power, metal removal rate and cutting time for metal<br />
cutting operations. Such an important process of tool selection has<br />
to be made scientifically based on objective and empirical technical<br />
grounds rather than any conventional intuitive way. By inputting a<br />
few basic parameters, operators can get accurate cutting data to<br />
get the maximum productivity and tool life from the tools they are<br />
using, claims Iscar.<br />
This product is now also a feature available on the Matrix Series<br />
4 Tool Management Cabinet and Matrix TM 4.7 software. Iscar will<br />
have live demonstrations showing how Matrix can save on tooling<br />
purchasing costs while controlling the issuing and storage of all<br />
consumable items.<br />
“Matrix can reduce the time it takes to manage your tooling<br />
down to a few minutes a day” affirms Greg Reid from Iscar. “Orders<br />
can be automated and sent direct to suppliers and restocking<br />
is fast and easy”. Reports and charts can be generated automatically<br />
to monitor and control usage and get you on the path to lean<br />
manufacturing.<br />
Also on display will be ISCAR’S Induction Shrink Unit. Shrink<br />
technology offers the accuracy and rigidity of a solid tool with the<br />
flexibility to change the cutting tool in less than 12 seconds, it is<br />
claimed. A key feature of Iscar’s Induction Shrink is its integrated<br />
cooling system which cools tools in 60-90 seconds, with minimal<br />
downtime. While the ability to shrink carbide, HSS and steel, up to<br />
32mm diameter makes Induction Shrink ideally suited to high speed<br />
machining, aerospace and mould and die applications, reports Iscar.<br />
Visit the Iscar stand to go in the draw to win an iPhone 4 each<br />
afternoon at 3pm.<br />
Iscar -Stand 668.<br />
www.iscar.com.au<br />
66 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
67
Preview<br />
Restyled machines take centre stage<br />
At Austech this year John Hart will be exhibiting some of the new range<br />
of machines from Mazak, which have been released by the Japanese<br />
machine tool builder since the last Austech in Sydney 2010. According<br />
to John Hart, the new machines boast increased functionality for<br />
maximum utilisation<br />
and return on investment.<br />
On display will be the all new Integrex j-series, the Vertical Centre<br />
SMART and Quick Turn SMART. Also on display will be CitizenA32-VII<br />
sliding head CNC lathe, all under a newly designed stand. The new<br />
range of Mazak machines has been restyled resulting in a claimed simplified<br />
setup, greater accessibility to the machining area, convenient<br />
maintenance, and easier operation.<br />
According to Mazak, the introduction of the j-400 represents the<br />
company’s commitment to providing manufacturers with a full range of<br />
multi-tasking solutions. The Integrex j-Series contains multiple models<br />
and falls in the middle of the spectrum of Mazak’s multi-tasking innovations.<br />
The j-400 performs 4-axis simultaneous machining with 5-axis tool tip<br />
positioning, providing significant advantages in productivity, accuracy and<br />
flexibility. Unlike multi-tasking machines with a drum turret type, Mazak’s<br />
Integrex j-400 accommodates 20 tools in a tool magazine (36 and 72-tool<br />
optional) and increases versatility in part production. The machine’s main<br />
turning spindle offers a maximum speed of 3300revs/min.<br />
Live demonstrations will be taking place throughout the exhibition<br />
and John Hart’s sales engineers will be on hand to provide any information<br />
about the capabilities and features of these machines as well as<br />
others in the Mazak and Citizen range.<br />
John Hart Pty Ltd - Stands 628 and 648<br />
www.johnhart.com.au<br />
68 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Cairns<br />
QUEENSLAND<br />
Logan City, Queensland:<br />
A city of opportunities<br />
Locate your business in Logan City, the gateway to Queensland<br />
and the Asia Pacifi c region and realise the competitive and<br />
strategic advantages of our growing economy.<br />
Brisbane<br />
Logan City<br />
Gold Coast<br />
Adelaide<br />
Sydney<br />
Canberra<br />
Melbourne<br />
Hobart<br />
ACCESS<br />
to markets, staff,<br />
transport and<br />
infrastructure. Close<br />
to the Port of Brisbane,<br />
Brisbane Airport, Pacific<br />
Highway, Gateway Motorway,<br />
Logan Motorway and<br />
Brisbane-Sydney rail line.<br />
“A spacious site, an excellent transport<br />
network and a dedicated local workforce<br />
allowed Stramit to build a 20,000 sqm factory<br />
that will supply our needs as well as the<br />
metal building products needs of South-East<br />
Queensland for decades to come.”<br />
- Mark Freeman,<br />
Region Manager - Northern, Stramit<br />
“ATCO Structures & Logistics Pty Ltd chose<br />
Logan City for its Head Offi ce location due<br />
to its convenient location to critical supply<br />
chains and the economic advantages beign<br />
offered. We continue to experience year<br />
on year growth, taking full advantage of the<br />
opportunities within Australia and the Asia<br />
Pacifi c region.”<br />
- Michael Clennett,<br />
Executive Vice President, International Business<br />
Development, ATCO Structures and Logistics<br />
Contact the Logan Office<br />
of Economic Development<br />
for first-hand knowledge of<br />
current and planned projects,<br />
market data, site selection,<br />
development approval<br />
assistance and government<br />
funding opportunities.<br />
OPPORTUNITIES<br />
in a city of growth with a young,<br />
vibrant workforce.<br />
AFFORDABLE<br />
land, leasing, labour and input costs.<br />
GROW<br />
in a city with a<br />
pro-development attitude.<br />
CHOOSE<br />
to live and work in a<br />
sustainable, idyllic<br />
environment.<br />
www.loganbiz.com.au<br />
www.logan.qld.gov.au/about-logan/economic-development<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
OPMENT<br />
69
Preview<br />
Roll forming machines<br />
Sunstra Engineering exhibits a range of roll forming machines and ductwork<br />
equipment. The company also supplies de-coilers, forming rolls<br />
and dies. Most of the machines are built to customers’ specification for<br />
manufacturing different type of products, such as “C” & “Z” purlins,<br />
steel panels, scaffolding boards, garage door panels, cable trays, various<br />
tracks and racks, etc. Sunstra provides machines that can handle<br />
mild steel, medium tensile and high strength carbon steel and stainless<br />
steel.<br />
“Based on our customers’ product drawings or sample, we are able<br />
to provide the optimum suggestion to help our customers to achieve<br />
the best outcomes,” says Bo Sun from Sunstra Engineering. “Materials<br />
handling and garage equipment is another strong area of our services.<br />
We are specialised in design and fabricate custom made products, such<br />
as pallet inverters, pallet dispensers, special trolleys, high stands, truck<br />
wheel dollies, machine safety guards and safety cages, etc. “<br />
“Our services also include developing a conceptual idea to a proto<br />
type product or fabricate the products based on customer supplied<br />
drawings. In addition to that, owing to our rich experience and strong<br />
knowledge in that field, we can provide repair, modification and maintenance<br />
services for our valued customers.”<br />
Sunstra Engineering Pty Ltd - Stand 686<br />
www.sunstra.com.au<br />
Precision component manufacturing<br />
M&S CNC will have on display at Austech <strong>2011</strong> sample components<br />
from previous projects showing the diverse capability of the company.<br />
M&S CNC Machining is a family owned precision component manufacturing<br />
business, committed to supporting and forging lasting relationships<br />
with its customers through production of high quality CNC<br />
milled & turned components.<br />
Incorporated in 1998 the company, dealing mostly with OEM’S, has<br />
invested significantly in new plant & equipment capable of tackling 2, 3<br />
& 4-axis milling, as well as 2-axis & multi-axis turning.<br />
M&S CNC also assist and take responsibility for heat treatment, surface<br />
finishing / plating, grinding, sub assembly and general manufacturing<br />
consulting.<br />
Typically a batch production facility where common runs consist<br />
of 100-500 parts, supplied to single orders, or on a contract / blanket<br />
order basis over longer periods of time.<br />
M&S CNC manufacture for an array of industries some of which include:<br />
• Telecommunications<br />
• Medical & scientific<br />
• Food & beverage<br />
• Forensic policing<br />
• Renewable energy & electrical distribution<br />
• Powder actuated power tooling<br />
M&S CNC Machining Pty Ltd - Stand MS6<br />
www.mandscnc.com.au<br />
Coolant-proof Digimatic Caliper<br />
For accurate digital caliper readings in the most demanding manufacturing environments, the new IP67 rated Coolant<br />
Proof Digimatic Caliper from M.T.I. Qualos has been designed to meet the requirements of even the most rigorous of<br />
applications.<br />
The new caliper's Ingress Protection (IP) rating of 67 means its housing is sealed dust-tight and has also<br />
passed a temporary water immersion test proving harmful effects shall not be possible when the enclosure is<br />
temporarily immersed in water under standardised conditions of pressure and time. IP67 certification also<br />
means the new digital caliper is dust proof, chip proof, coolant-proof and virtually immune to the toughest<br />
conditions found on the production floor. According to the company, it can even be submersed in coolant<br />
and still give the accuracy expected from Mitutoyo (0.01mm resolution with ±0.02mm accuracy<br />
for the 6" and 8" models). Featuring an absolute linear encoded measuring scale and single battery<br />
operation with an expected battery life of three years, the caliper is available with optional accessories<br />
such as IP67 rated data output to suit some models.<br />
Also being displayed for the first time in Australia is Mitutoyo's new fully flexible portable<br />
three dimensional measuring device, the SPINARM. An extensive range of Mitutoyo hand<br />
tools and M.T.I.'s machine tool accessory products will also be on display.<br />
M.T.I. Qualos Pty Ltd - Stand 635<br />
www.mtiqualos.com.au<br />
70 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
71
Preview<br />
A multitude of possibilities with the Faro Laser Scanner Focus3D<br />
Faro is proud to present its 3D Laser Scanner, Focus3D, at AUSTECH<br />
<strong>2011</strong>. According to Faro, Focus3D is a revolutionary, high-performance<br />
3D laser scanner for detailed measurement and documentation<br />
with an intuitive touch screen that makes it as easy to operate as a<br />
digital camera.<br />
Obtaining accurate as-built documentation is one of the many applications<br />
of the Focus3D. Common in areas like architecture, civil engineering,<br />
petrochemical, shipbuilding, and process industries, scanning<br />
for as-built data before embarking on modifications helps to save<br />
costs. Capable of scanning objects up to 120m away, the Focus3D is<br />
suitable across industries — whether on a building, in a plant or on an<br />
oil rig out in open seas.<br />
The Focus3D is reportedly able to produce incredibly detailed<br />
three-dimensional images of complex environments and geometries<br />
in only a few minutes. The resulting image is an assembly of millions<br />
of 3D measurement points in colour which provides an exact digital<br />
reproduction of existing conditions. The light and compact Focus3D<br />
also deploys an integrated colour camera with automatic and parallaxfree<br />
colour overlay, allowing photo-realistic 3D scans of up to 70 megapixels.<br />
Entirely self-contained, the Focus3D does not require any additional<br />
devices, cables or even laptops. Users are assured of a<br />
seamless experience from device to computer. All scans done on<br />
the Focus3D are stored on a SD card, enabling easy and secure data<br />
transfer. With its dimensions of 24 x 20 x 10cm and a weight of<br />
just 5.0kg, the Focus3D is so compact and mobile that users can<br />
take it with them wherever they go. Its integrated lithium-ion highperformance<br />
battery provides up to five hours of battery life and can<br />
be charged during operation.<br />
The Focus3D comes bundled with Faro SCENE software, allowing<br />
users to manipulate the data collected as desired. The software’s flexible<br />
interface contains functions such as automatic object recognition,<br />
positioning and scan registration. As soon as SCENE prepares<br />
the scan data, users can commence evaluation and further processing<br />
right away. With its ability to colourise scans, the SCENE is claimed to<br />
be extremely user-friendly software that generates high-quality output<br />
in next to no time. The new Web-Share feature allows easy access of<br />
the laser scans with a standard internet browser. Scan projects can<br />
now be shared by co-workers via a web server.<br />
Faro Singapore Pty Ltd - Stand 772<br />
www.faroasia.com<br />
Compact heat exchangers<br />
Celebrating 30 years of providing heat exchangers of the highest<br />
quality to industry throughout Australia, Fluid Dynamics<br />
uses the opportunity of the upcoming Austech exhibition to<br />
showcase its vast range of products.<br />
On show will be the company’s exclusive FluidEX range of<br />
compact and versatile shell & tube heat exchangers, which are<br />
ideal for heat exchange using water as the cooling medium. For<br />
30 years FluidEX coil coolers have provided excellent service in<br />
the harshest environments. In the last 10 years, Fluid Dynamics’<br />
FluidEX transmission oil coolers have given impeccable service<br />
to Australia’s famous Bushmaster armoured vehicle in places<br />
such as Afghanistan.<br />
For the last 30 years Fluid Dynamics has also been the exclusive<br />
Australian dealer for Germany’s famous AKG aluminium<br />
core marketed by Fluid Dynamics under the FluidAIR label. According<br />
to the exhibitor, Fluid Dynamics is the only company<br />
in the world entrusted by AKG to manufacture its core into the<br />
highest quality aluminium core heat exchangers available. Ask<br />
us about our range of oil coolers and charge air coolers available<br />
with or without fans.<br />
Fluid Dynamics can custom-build to customers’ dimensions and<br />
replace almost any aluminium core cooler but also carries stock<br />
coolers for quick delivery. Fluid Dynamics is also expert in testing<br />
repairing and rebuilding a wide range of large industrial heat exchangers<br />
found in power stations, ships and larger industrial installations.<br />
Fluid Dynamics Pty Ltd - Stand 795<br />
www.fluiddynamics.com.au<br />
72 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Preview<br />
From nano technology to heavy<br />
engineering<br />
Realtek Technologies will exhibit a broad range of advanced technologies<br />
from nano-machining and fabrication, micro-machining and<br />
moulding to large scale heavy engineering at AUSTECH <strong>2011</strong>. The company<br />
services the medical devices sector, mining and energy, automotive<br />
and aerospace.<br />
Realtek will have the following machines on display:<br />
• A world class VMC from Toyoda, Japan<br />
• FV1050S Vertical machines<br />
• 1500 rpm Spindle<br />
• Fanuc 18imb<br />
• 36 m/min Rapid Travel<br />
• 40 Tool ATC<br />
• BT40<br />
• X, Y, Z Travel 1020 x 510 x 510<br />
• SR20RIII CNC Swiss Type Star Micronics automatic turning centre<br />
with motion control system and a Fanuc 300i controller system with<br />
ALPS ASRX20P bar-loader<br />
• world -eading filtering systems<br />
• Fox IFS - from Europe models WS500 & WS1000<br />
• Nanotech<br />
• PVATePla Plasma System.<br />
• Vacuum and atmospheric plasma cleaning and surface preparation.<br />
Realtek Technologies Pty Ltd<br />
Realtek Australia - Stand 694<br />
www.realtekaustralia.com<br />
Affordable technology for the entire<br />
production line<br />
Headland will have a large stand of over 400 square metres to<br />
showcase their specialty machinery in the areas of sheetmetal,<br />
laser and bending machines, fabrication, waterjet, punch and<br />
shear machines, bandsaws and drills. Moreover, vertical storage<br />
systems, 5-axis CNC machining centres, new controllers and<br />
large payload robots will be on show.<br />
Headland will be holding intimate breakfast seminars for each<br />
of their divisions. To register please email marketing@headland.<br />
com.au. During the show, demonstrations will be held throughout<br />
the day with international and local experts available to talk to you<br />
about improving the efficiency of your factory.<br />
“We look forward to a great show and an opportunity to showcase<br />
the new and affordable technology we have to offer manufacturers<br />
for their entire production line,” says Headland’s Annaliese<br />
Kloe. “We’ll also be talking to visitors about our ongoing<br />
service and support.”<br />
Headland Machinery Pty Ltd - Stands 750 and 748<br />
www.headland.com.au<br />
Cost Effective.<br />
Prime Position.<br />
Greater Frequency.<br />
Strip ads are back!<br />
Call Anne Samuelsson at AMTIL<br />
on 03 9800 3666 for more info.<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
RN8589<br />
73
Cutting Tools<br />
Cutting tales<br />
Improved productivity through the application of latest tooling innovations has been achieved by<br />
three companies: one in the UK, another in Germany and a third in Jordan<br />
B y A n d r e w A l l c o c k<br />
ith a view to streamlining its cutting tool ordering<br />
system, reducing inventory levels and cutting tool<br />
use, Benham Manufacturing undertook a review of its approach<br />
to tooling.<br />
Founded in 1978 as DA Benham Engineering, as a supplier<br />
of components for the communications industry, the<br />
company made the strategic purchase of a precision engineering<br />
company in 1995. Three years later, the two businesses<br />
merged and moved to purpose-built manufacturing<br />
facilities on the edge of the New Forest England.<br />
To keep pace with the growing demand for its now mainly<br />
aerospace related output, the family-owned business recently<br />
added three advanced Mazak 5-axis machining centres, with<br />
pallet loading and gun drilling capability, to its plant list.<br />
In support of the tooling initiative, a series of criteria<br />
was established. Iscar products were judged against those<br />
of competitors, in terms of speed, tool life, unit price and<br />
time advantages, with the results translated into both machining<br />
costs and actual savings per part. On completion,<br />
the project delivered a number of conclusions, one being<br />
the advantages that could be gained by increased use of<br />
Iscar cutting tools.<br />
Walter's Tiger.tec Silver CVD-coated tooling inserts are helping<br />
MSB tackle its long milling routines successfully<br />
Walter at MSB, tackling a machine tool bed<br />
Iscar's Matrix tools store system is in use at Benham<br />
Manufacturing, saving money<br />
Flexibility cuts categories<br />
The flexibility of Iscar's products has resulted in Benham<br />
Manufacturing significantly reducing the categories of tools<br />
used. Faster cycle times, due to improved tool selection,<br />
have resulted in increased machine tool productivity. Furthermore,<br />
the company's overall cost of purchasing cutting<br />
tools has been reduced.<br />
A major factor in reduced machine downtime has been<br />
the adoption of Iscar's Matrix tools store system. Managed<br />
by a local Iscar distributor, Matrix is a computerised total<br />
management system that gives users control over their<br />
cutting tool inventory, streamlines purchasing functions<br />
and drives down costs. Access to an item stored within<br />
the system's locked bins is electronically controlled, with<br />
entry determined by the establishment of pre-defined<br />
authorisations.<br />
"Having made the decision to review our tooling organisation<br />
and use, we found the help given to us by Iscar<br />
extremely useful," says Paul Benham, Benham Manufacturing<br />
Managing Director. "Our aim was to take any previous,<br />
74 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Cutting Tools<br />
subjective perceptions out of our tooling choices, removing<br />
them from the production equation. Although a previous<br />
enthusiastic user of Iscar cutting tools, I was delighted<br />
by the findings of our trials. Given the on-going need to<br />
deliver high quality components at the best possible price<br />
to our customers, our increased use of Iscar cutting tools<br />
and their Matrix system has enabled us to further improve<br />
our competitiveness.<br />
"Our implementation of Iscar's Matrix, computerised<br />
tool storage system has streamlined the company's cutting<br />
tool operation, while, at the same time, considerably<br />
improving our productivity. As our local supplier regularly<br />
replenishes the Matrix system, out-of-stock situations have<br />
been eliminated, while substantial man hours have also been<br />
saved on our previously used regime of manual tooling stock<br />
checks and ordering."<br />
In Germany, at MSB, Bavaria, Walter's innovative Tiger.<br />
tec Silver CVD-coated tooling inserts are extending tool life<br />
by at least two-fold – and consequently reducing machine<br />
downtime for insert changes, as well as cycle times – for the<br />
company that specialises in the manufacture of mechanical<br />
engineering workpieces.<br />
Indeed, not only is the use of WKP35S inserts in a<br />
125mm diameter Walter F2010 milling cutter boosting insert<br />
edge life from 18m to 36m as a minimum, but the groundbreaking<br />
tooling is also enabling the company to increase<br />
cutting speeds on its large, 65kW portal milling machine<br />
by 20% (from 236m/min to 283m/min) and hoist feed rates<br />
(from 1,584mm/min to 2000mm/min). The machine processes<br />
workpieces that traditionally spend 50 to 100 hours<br />
having tonnes of swarf removed.<br />
Capable of fabricating components weighing 30 tonnes<br />
and undertaking milling routines on workpieces 14 m long,<br />
MSB has used Walter's tooling system supply strategy for<br />
some time – sourcing milling cutters, drills and taps, for<br />
example.<br />
These are used in its one-off and low-batch manufacture<br />
of workpiece feed and storage systems, pallet change and<br />
pallet clamping systems, and spindle and milling head change<br />
systems, for instance. An associate company also produces<br />
machines and conveyor systems for the tunnelling and mining<br />
sectors. Technical Manager Wolfgang Faust explains:<br />
"We used the previous version of the Walter tool, because<br />
it was one of the best products on the market – and Tiger.<br />
tec Silver represents a further quantum leap. The higher<br />
cutting efficiency ultimately enables us to reduce the costs<br />
of the end product."<br />
Farther afield, Jordan-based Jordan Advanced Machining<br />
Company (JordanAMCO) slashed production<br />
time on a project by half, after receiving assistance from<br />
Dormer Tools International – Dormer's export-arm, based<br />
at the Advanced Manufacturing Park in South Yorkshire,<br />
England.<br />
Machining hundreds of 20.25mm diameter holes in<br />
heat exchanger plates used in the petroleum industry,<br />
JordanAMCO required a versatile solution that could<br />
not only drill at various depths and increase productivity,<br />
but also maintain tight tolerances and strict quality<br />
requirements.<br />
Dormer supplied its Hydra drill – a replaceable solid<br />
carbide head (R950) and interchangeable HSS body. With<br />
JordanAMCO required a versatile solution that could not<br />
only drill at various depths and increase productivity, but also<br />
maintain tight tolerances and strict quality requirements<br />
JordanAMCO stack-drilling four 10mm carbon steel plates<br />
and also needing to drill 75mm through-holes, Dormer<br />
supplied 3xD (H853) and 5xD (H858) Hydra bodies. Lloyd<br />
Allen is technical consultant for JordanAMCO and advises<br />
the company's management and engineers. Originally from<br />
Rotherham, South Yorkshire, Mr Allen, explains: "The<br />
boiler plates provided difficult cutting conditions, because<br />
of the material type. It wasn't easy to get the swarf to chip<br />
correctly.<br />
"With high speed steel tooling, it would have taken<br />
around 18 hours to complete the job, but with Dormer's<br />
Hydra drill it took just eight hours.<br />
"It also removed the need for additional operations, such<br />
as reaming, resulting in further time and cost savings."<br />
JordanAMCO, initially set up in 2007 to advance Jordan's<br />
manufacturing capabilities, is now expanding not just<br />
throughout the Jordan area, but is also securing projects in<br />
Europe, America, The Gulf and Saudi Arabia.<br />
"Manufacturing in Jordan is still in the early stages and<br />
the role of JordanAMCO is to help develop the industry<br />
further," Lloyd explains. "As well as providing machining<br />
services on a direct supply basis, JordanAMCO also provides<br />
technical assistance to other local manufacturers with<br />
tooling selection, heat treatment, training requirements, and<br />
assistance with the understanding of material properties<br />
and their machining characteristics."<br />
A key ingredient of the success is the support provided<br />
by Dormer. James Butler, Dormer Technical Engineer,<br />
explains: "We first made contact with the owners soon<br />
after the company was established and our partnership has<br />
progressed over the last couple of years.<br />
"The Hydra drill is well proven, with documented successes<br />
in heat exchanger applications around the world.<br />
JordanAMCO's experience is one more that we can add to<br />
this growing list."<br />
First published in Machinery, August 2010<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
75
Cutting Tools<br />
Avalon Airshow <strong>2011</strong> a huge<br />
success for Sandvik Coromant<br />
rganisers of the Avalon Australian<br />
International Airshow <strong>2011</strong><br />
have been delighted with a this year’s<br />
event, with more than 180,000 visitors<br />
from 1 to 6 March <strong>2011</strong>.<br />
While good weather, a fantastic<br />
line-up of aircraft, along with all<br />
the celebrations associated with the<br />
RAAF 90th anniversary has contributed<br />
to an outstanding event, many<br />
Australian aerospace and defence<br />
suppliers used the opportunity to<br />
showcase their products and capabilities.<br />
One such company was Sandvik<br />
Coromant, who exhibited within the<br />
Australian International Aerospace &<br />
Defence Exposition, the centrepiece<br />
of Avalon <strong>2011</strong>.<br />
As the world’s largest producer of<br />
cemented carbide cutting tools and<br />
tooling systems for the metalworking<br />
industry, Sandvik Coromant has a<br />
strong focus on the Aerospace sector.<br />
As such, it used its impressive 27m²<br />
stand to display an extensive range<br />
of tooling and solutions developed<br />
specially for this sector. These included machining solutions<br />
for composite materials. Sandvik also used the show<br />
to introduce a range of drills used for rivet and bolt holes<br />
in carbon reinforced plastics and metallic stack materials.<br />
“Aerospace is one of the most technically demanding<br />
industries in the world,” says Greg Bennet, National Sales<br />
Manager Aerospace, Sandvik Coromant Australia. “Our<br />
goal is to offer complete solutions for our customers in this<br />
sector, not only the physical tools, but also the processing<br />
knowledge to increase productivity in the manufacture of<br />
aerospace parts made from difficult-to-machine materials<br />
including titanium and composites.”<br />
“Each carbon fibre material has its own demands, which<br />
increases the risk for delamination or Fibre Breakout,” he<br />
continues. “Our new CoroDrill 452 geometries reduce this<br />
risk, ensuring the stringent hole tolerances are met with<br />
exceptional finish and quality.”<br />
The range includes reamer geometries and a countersink<br />
tool with microstop for chamfering – and it comes at the<br />
right time when Australia’s demand for aerospace parts<br />
is booming and the industry is gearing up its composites<br />
machining capacities with the extension of the Cooperative<br />
Research Centre for Advanced Composite Structures<br />
(CRC-ACS) in Melbourne, coincident with the International<br />
Airshow.<br />
CRC-ACS CEO Prof. Murray Scott believes strongly<br />
in the role of technology development and international<br />
engagement in securing Australia's future aerospace and<br />
defence industry. "It is clear that Australia views a healthy<br />
local aerospace and defence industry<br />
as a key part of its future<br />
prosperity, and Australia is winning<br />
major contracts in civil and<br />
defence aerospace. CRC-ACS has<br />
had a pivotal role in technology<br />
development for this industry. We<br />
are now moving through an exciting<br />
new phase, where Australian<br />
industry is working directly with<br />
international organisations in a<br />
research program focussed on<br />
Australia.”<br />
While the CRC-ACS Extension<br />
Program was formally<br />
launched during the International<br />
Airshow, other major aerospace<br />
and defence contracts were signed<br />
as well, including BAE Systems’<br />
and Marand’s $790m long-term<br />
agreement for the supply of vertical<br />
tails for the F-35 Joint Strike<br />
Fighter. The company will be the<br />
in-country lead for the manufacture<br />
of 722 vertical tail fins, and<br />
will undertake final assembly of<br />
titanium components being machined by BAE Systems<br />
Australia in Adelaide.<br />
BAE Systems Group Managing Director – International,<br />
Guy Griffiths believes that this long term agreement will<br />
bring more work into Australia. “It underscores not only our<br />
confidence in the F-35 program but also in our continuing<br />
relationship with Marand. I would like to emphasise our<br />
company’s commitment to developing the Australian supply<br />
chain for the F-35 program.”<br />
In order to secure aerospace suppliers’ leading edge<br />
capabilities, they need reliable technology partners. BAE<br />
Systems in Adelaide looks back at a long-standing relationship<br />
with Sandvik Coromant, and visiting the Coromant<br />
stand during the Airshow, BAE Systems’ General Manager<br />
Land Systems & Manufacturing, Jim Hanson, reinforced<br />
the company’s commitment to work with the Sweden-based<br />
cutting tool supplier, offering local support with global<br />
strength and expertise.<br />
Sandvik Coromant Australia is dedicated to the aerospace<br />
industry in this country and Mr Bennett believes that huge<br />
opportunities exist with the industry moving forward with<br />
contracts including the JSF, Eurocopter or the Boeing<br />
Dreamliner 787. “Avalon <strong>2011</strong> was a successful show for<br />
us and everyone visiting our stand was extremely positive,<br />
I think it was a good show,” says Colin Fairbank. “It demonstrates<br />
our investment in this growing industry.<br />
Colin Fairbank, Sandvik (left), explains Sandvik<br />
Coromant’s extensive range of tooling solutions<br />
for aerospace applications.<br />
Sandvik Coromant Australia Pty Ltd - 03 9238 7163<br />
www.coromant.sandvik.com/au<br />
76 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Cutting Tools<br />
Theory and practice, hand in hand<br />
Walter and the West Saxon University of Applied Sciences of Zwickau Germany benefit<br />
from close cooperation<br />
s an expert leader in machining, regular cooperation<br />
with the scientific community is very important to<br />
Walter. In addition to cooperation with numerous other<br />
universities, the precision tool specialist has already been<br />
working closely with the West Saxon University of Applied<br />
Sciences of Zwickau Germany for more than ten years. This<br />
gives students valuable insights into the practical application<br />
of their knowledge, and Walter uses the results to develop<br />
new products and technologies.<br />
One focus of the co-operation is the development and<br />
testing of tools for complete machining of turbine blades for<br />
the energy industry. With its Institute for Production Engineering,<br />
the university has excellent practical expertise in<br />
this area in particular. Walter is working with the university<br />
as part of projects with other companies, but also regularly<br />
assigns its own orders to the Institute. This includes student<br />
projects and diploma theses. Walter provides the university<br />
with the necessary tools.<br />
"In addition to support in the form of tools, our students<br />
benefit from co-operation with one of the leading tool<br />
companies in the sector, thanks to close and fruitful cooperation<br />
with Walter's experts", says Prof. Dr. sc. techn.<br />
Michael Schneeweiß, head of science at the Institute for<br />
Production Engineering at the West Saxon University of<br />
Applied Sciences of Zwickau.<br />
"By means of these practical projects, co-operation with<br />
Walter helps us prepare the students for the challenges of<br />
the industry."<br />
Walter assigns two to three orders to the university<br />
every year. The range of topics to be dealt with is diverse -<br />
from five-axle machining, NC programming, determining<br />
power and performance, developing new component-based<br />
strategies for roughing and finishing to machining tests that<br />
accompany tool development and determining guideline<br />
values for newly-developed tools. Tools belonging to the<br />
three key Walter brands - Walter, Walter Titex and Walter<br />
Prototyp - are used in the projects.<br />
"As an expert leader in machining, close cooperation<br />
with the scientific community is essential", says Andreas<br />
Elenz, Energy Branch Manager at Walter AG. "They provide<br />
us with important stimuli for developing new technologies<br />
and tools. We are linked to the West Saxon University of<br />
Applied Sciences of Zwickau by particularly close cooperation<br />
that has lasted many years. Both sides benefit from<br />
this co-operation."<br />
The West Saxon University of Applied Sciences of<br />
Zwickau is currently working on three orders from Walter:<br />
two projects from the energy department and one from<br />
development.<br />
Walter Australia Pty Ltd - 03 8793 1000<br />
service.au@walter-tools.com<br />
www.walter-tools.com<br />
When a customer<br />
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APPLIED FASTENER COATINGS • SPECIALISED PRECISION ENGINEERING<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
77
WHEN NO ONE CAN MEASURE IT<br />
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Cutting Tools<br />
Multi-Master – ten<br />
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Contact us for details of your local distributor<br />
n 2000 Iscar introduced the Multi-Master – a family of<br />
rotating tools, comprising mainly milling cutters, with<br />
interchangeable solid carbide heads. Now, 10 years later, the<br />
family has a strong presence in industry. In Multi-Master,<br />
a solid carbide head is connected with a tool body (shank)<br />
by a specially shaped thread. The success of the thread<br />
connection, produced directly on a solid carbide part, has<br />
changed pre-existing views of such an approach.<br />
In accordance with the Multi-Master concept, one shank<br />
can carry the heads of different cutting shapes. This concept<br />
considerably increases versatility and functionality of the<br />
family, significantly reduces demands for specially tailored<br />
tools and allows the customer to decrease his stock of cutting<br />
tools. Additionally there is no requirement for regrinds.<br />
So how exactly is the head mounted to the shank Well,<br />
the head has two surfaces: a short taper and a rear noncutting<br />
face that determines its precise location. The taper<br />
ensures that a high degree of concentricity is maintained,<br />
while the thread simply secures it against the back shoulder<br />
of the shank. During mounting, the head is initially rotated<br />
by hand and then is tightened by means of a key. The head<br />
has flats for applying a key.<br />
The advantage of having the face contact is that it considerably<br />
increases the stiffness of an assembled tool and its<br />
ability to withstand impact loading so common in milling.<br />
According to Iscar, this factor allows for stable cutting,<br />
minimises vibrations and reduces power consumption.<br />
The face contact also ensures high repeatability of the<br />
head overhang with respect to the shank. As a result, there<br />
is no need for an additional adjustment after replacing the<br />
head - no setup time – and an operator can change the head<br />
without removing the shank from a machine tool spindle.<br />
When tightening a head, an operator starts by rotating<br />
the head by hand. The head then stops at some point and<br />
a small gap remains between the contact faces of the head<br />
and the shank. From this moment further head tightening is<br />
only possible using the key. Tightening of the head causes<br />
elastic deformation of the adjoining contact area of the shank<br />
78 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Cutting Tools<br />
years of service and still going strong<br />
section, in a radial direction. The gap is called ‘initial’; and<br />
is an important feature of the Multi-Master connection.<br />
The gap value is several tenths of a millimeter, depending<br />
on the thread size.<br />
The Multi-Master threads require a special ‘T-thread’profile<br />
chiefly because the brittle nature of tungsten carbide and the<br />
load it has to bear in relation to its size. Minimising stress<br />
concentrators is one of the main problems to be solved when<br />
designing a threaded tungsten carbide part.<br />
What types of multi-master heads does Iscar offer<br />
Iscar offers a number of Multi-Master heads, firstly, the<br />
milling heads:<br />
• End milling heads of various shapes – 90°, 45°, 60°, etc.<br />
– ball nose, toroidal, concave radii, heads for high-feed<br />
milling<br />
• Slotting and grooving heads for milling grooves for<br />
retaining or O-rings, T-slots, etc.<br />
• Threadmilling heads<br />
• Centre drilling heads<br />
Like all tooling, the number of teeth and cutting geometry<br />
is determined according to the application. For example, in<br />
finishing and milling hard materials, increasing the number<br />
of flutes makes cutting more stable and productive.<br />
Iscar offer heads in two categories, the first type are<br />
produced from stepped cylindrical blanks by grinding. The<br />
other type is sintered with a small oversize and then ground<br />
to define the final shape of a head. Heads of this type have<br />
a high-strength tooth, making it possible to increase the<br />
feed-per-tooth in comparison to the solid ground type. The<br />
economy, sintered-type heads have only two teeth.<br />
So what is the accuracy of the heads The nominal diameter<br />
of the normal accuracy endmilling heads has the following<br />
tolerance limits: e8 for multi-flute heads produced from<br />
blanks and h9 for the economy type heads. The precise heads<br />
for finish profiling are made with tolerance limits for diameter<br />
h7 and the heads for milling aluminum – h6. The diametric<br />
tolerance for the cylindrical cutting area of the heads<br />
for chamfering, spot drilling and countersinking is h10.<br />
Iscar Australia Pty Ltd - 02 8848-3500<br />
www.iscar.com.au<br />
JBO BGFS drill<br />
thread milling cutter<br />
he new tool design can be used for<br />
drilling and threading in steel, stainless<br />
steel, titanium and nickel based super-alloys such as<br />
Hastelloy, Inconel. Because the BGFS creates the thread<br />
and the core hole in one operation by interpolation you‘ll<br />
never have a problem with long chips. The internal<br />
coolant carries away swarf during use. The company<br />
has built two different types, the BGFS-W 8 (2xD and<br />
3xD, M6-M16) usable for threading in steels up to<br />
1200 N/mm². The BGFS-H design (2xD, M6-M16) can<br />
be used in hardened material up to 63 HRC providing<br />
there is no dust is in the thread after hardening and no<br />
misalignment.<br />
The tools are available for threads up to 2xD for<br />
metric and fine pitch thread and can be purchased in UN,<br />
UNC, UNF and UNJF thread forms and coated.<br />
MD ProductionTechnology - 02 6026 4956<br />
markus@mdprotec.com<br />
www.mdprotec.com<br />
6 LOBE BLANKS<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
79
Cutting Tools<br />
Improving economics for machining<br />
cavities in hardened steel<br />
As a mould manufacturer, Minco improved its cavity hogging and reduced bottlenecks in a key<br />
operation on a popular hardened stock with a facemill featuring three flutes with six-sided inserts.<br />
B y K e n C l a c k a n d G l e n M u l l i n s<br />
inco’s cavity hogging test on hardened 15-5 PH mould<br />
stock showed two exceptions that prove the rule. First,<br />
the old rule of thumb that tooling typically represents less<br />
than 3% of total tooling cost doesn’t necessarily apply to<br />
hard metal machining. When the operation was optimised<br />
with a TaeguTec milling cutter, tooling previously represented<br />
more than 30% of the total machining cost. Secondly,<br />
although that cutter ran 10% slower than a competitor, it<br />
actually proved more cost-effective. Much lower tooling<br />
costs more than offset the gap in speed. Want to improve<br />
process economics for roughing mould cavities in hardened<br />
stock Take a tip from Minco Tool and Mould Inc., which<br />
capitalised on an “exception that proves the rule” in machining<br />
tooling economics—and saved handsomely as a result.<br />
With 85 employees, the Dayton, US, mould and die maker<br />
operates 24/5 or 24/7, depending on volume.<br />
The operation at issue is rough milling of mould cavities/<br />
cores in an increasingly popular mould stock, 15-5 PH stainless<br />
steel hardened to Rc40. The alloy owes its popularity<br />
to excellent corrosion resistance and the high surface polish<br />
that can be achieved at the finishing stage. But back at the<br />
roughing stage, unfortunately, it’s a bear. It’s abrasive and<br />
gummy, and really heats up during cavity roughing, which<br />
often leads to sudden cratering failures at the cutting edge.<br />
For that reason, Minco couldn’t risk running the operation<br />
unattended.<br />
The free cutting TaeguTec mill ran at lower temperatures<br />
in hardened 15-5 PH steel in Minco tests. Insert<br />
geometry ensures that most of the heat goes into the chip,<br />
which keeps the workpiece itself cooler. Cooler running<br />
eliminated cratering-type insert failures that plagued the<br />
operation before.<br />
Minco’s presenting problem<br />
The retooling effort began when Mullins headed up Minco’s<br />
effort to clear up this bottleneck operation on such a promising<br />
mould cavity/core material. The original tooling was<br />
a four-flute indexable face mill, with each insert providing<br />
three edges. It had worked fine on a variety of other metals<br />
that Minco runs, but not on hardened 15-5 PH. Even when<br />
process engineers lowered the feedrate and took a shallower<br />
cut, the operation still ran too slow and wrecked too many<br />
inserts prematurely-and unpredictably-due to edge cratering.<br />
“We could have lived with the lower removal rate, but<br />
not the insert replacement costs,” says Mullins. Contributing<br />
to the expense was the fact that cratering on a single edge<br />
often rendered the entire insert worthless. “If the failure<br />
mode were edge wear, we could simply index the insert<br />
because the other edges would still be good,” he explains.<br />
“Not so with cratering-type failures.”<br />
When rules of thumb don’t apply<br />
What rule What exception A familiar rule of thumb says<br />
that on a typical machining job, machining and labour time<br />
represent about 75% of total part cost, with tooling accounting<br />
for only about 3 to 5%. “That rule may apply for production<br />
parts in softer steels and nonferrous metals,” says Glen<br />
Mullins, Minco Procurement Manager. “One key exception,<br />
though, is hard metal machining, where the balance shifts<br />
significantly. In fact, for cavity roughing this hardened 15 5<br />
PH stock, the tooling that proved optimal represented more<br />
than one third of total machining cost.”<br />
Surprisingly, the facemill of choice for this punishing<br />
job, a TaeguTec mill, wasn’t even the fastest, though it came<br />
close within 10%. But its tooling cost proved to be two thirds<br />
lower than the nearest competitor, which in dollar terms<br />
more than offset the small gap in speed.<br />
80 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
81
Cutting Tools<br />
deep Test criteria included tool geometry, feed, speed, depthof-cut,<br />
chip load, stepover, spindle load, volume of material<br />
removed, cycle time and tooling cost. All tests were run on<br />
the same vertical CNC machining centre.<br />
Minco’s original cutter was a zero-rake, four-flute design<br />
with 3-sided inserts. One of the finalists used five 4-sided<br />
inserts, and the TaeguTec mill featured just three flutes<br />
with six-sided inserts.<br />
Rivals in the room<br />
To find a best-practice solution, Mullins gathered a crosssection<br />
of leading tooling supply companies together in the<br />
same room, presented the challenge and invited them to give<br />
it their best shots. Invited were companies already supplying<br />
Minco, plus several others. “Putting them all in the room at<br />
once, I think, helped produce a better answer sooner,” Mullins<br />
says. “We cast a pretty wide net here because we believed<br />
that the 15-5 PH material showed great promise over the long<br />
term,” Mullins adds. “Optimising the roughing operation once<br />
and for all for that material would be well worth the effort.”<br />
Two-step evaluation process<br />
All were invited to demo their tooling-once. Then Mullins<br />
and Ed Draper, CNC Manager, narrowed the field to two<br />
finalists, and ran comparative tests of their own design on<br />
identical cavity blocks of the actual hardened stock.<br />
The sample blocks measured 6.00 x 12.50 x 19.50in.<br />
(152.4 X 317.5 X 495.5mm) with two cavities 4.000 inches<br />
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Test cuts<br />
Recent tests at TaeguTec demonstrated that the TaeguTec<br />
mill can handle plunge milling as well as roughing. A 3-inch,<br />
(76.2mm) 5-flute cutter in a Hardinge Bridgeport 30-hp VMC<br />
roughed a 2-inch (50.8mm) deep slot through 4140 steel at<br />
18ipm (457mm/min) with 0.275-inch (6.98mm) stepovers.<br />
Throughout the test, cutting action remained quiet and<br />
smooth and the spindle power gauge never went above 60%.<br />
At the end of the cut, inserts showed no discernable wear.<br />
General lessons from confidential tests<br />
Minco regards actual times, machine settings and costs<br />
as confidential, but offered some general findings showing<br />
how sometimes the exception proves the rule. Both<br />
finalists finished the blocks in half the time as the original<br />
tool, with the 5-flute cutter completing the cavities about<br />
four minutes faster than the TaeguTec mill. But because<br />
the TaeguTec three-flute mill used only three inserts, each<br />
with six edges, its tooling cost was lower by nearly 70%.<br />
Furthermore, in the winning case, tooling cost was 35% of<br />
total machining cost, more than 10 times higher than the<br />
general machining rule of thumb.<br />
Helical cutting edge on TaeguTec milling insert eases<br />
into the material, like scissors shearing paper. This reduces<br />
the shock and impact as the insert enters the workpiece.<br />
Although the three inserts on the TaeguTec mill each<br />
face a higher chip-load than the five on the other, the Taegu-<br />
Tec inserts lasted longer because of two key differences in<br />
geometry at the cutting edge: higher positive rake and the<br />
helical geometry. The higher rake reduces cutting forces<br />
while the helical edge reduces shock and impact as the insert<br />
enters the hardened material.<br />
“The harder the workpiece material, the greater the benefit<br />
of free cutting geometries and helical edges,” explains Ken<br />
Clack, TaeguTec field Engineer who assisted with Minco’s<br />
retooling. “Positive rake creates a cleaving action at the<br />
cutting edge, rather than scraping. With the helical edge,<br />
the insert enters the material a little at a time, like scissors<br />
shearing paper.”<br />
The freer cutting geometry also reduced residual heat<br />
in the mould blocks, the root cause of those catastrophic<br />
cratering failures in the original tooling. “That geometry<br />
also puts more of the machining heat into the chip, leaving<br />
less into the workpiece,” says Clack.<br />
Potential for unattended operation<br />
In fact, now that Minco has standardized on the TaeguTec<br />
mill for this roughing operation, the process has proven<br />
secure enough to run unattended. “With edge wear rather<br />
than cratering as the edge failure mechanism, we can predict<br />
edge life reliably, and schedule indexings accordingly.”<br />
says Draper.<br />
TaeguTec Australia - 1300 823 48832<br />
www.taegutec.com<br />
82 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Going to new depths<br />
he second of Dormer’s annual ‘D.Pack’ product launches<br />
features a key addition to their solid carbide application<br />
drilling range.Spearheading the company’s continued<br />
expansion into the high performance deep hole drilling<br />
market are three new tools capable of supporting ‘one-hit’<br />
drilling to depths up to 30xØ. Branded Elect APP, the<br />
R572 (15xØ), R573 (20xØ) and R575 (30xØ) complement<br />
the existing R570 (8xØ) and R571 (12xØ) drills.<br />
All drills feature ACM (Advanced Chip Management)<br />
flute geometry that not only provides ample flute volume but<br />
also encourages the production of small, easily evacuated<br />
chips to minimise machine downtime.<br />
Dormer’s proprietary Super-Flow coating has been specifically<br />
developed to optimise the performance capabilities of the<br />
Elect APP drills for deep holes. As such, it offers a host of<br />
benefits including greater stability of cutting edges, outstanding<br />
wear resistance and significantly increased productivity.<br />
Although both are significant features in their own right,<br />
they combine to even greater effect as David Goulbourne,<br />
Dormer’s development manager for drilling products, explains;<br />
“these two elements work together to ensure consistent<br />
forces throughout the drilling cycle with little or<br />
no increase in the torque generated as the drill penetrates<br />
deeper into the hole. The end result is a drill that can run<br />
faster, for longer.”<br />
Dormer’s patented double offset margin ensures that<br />
increased performance and tool life does not, however,<br />
Cutting Tools<br />
Dormer’s R575 is capable of drilling to 30xD without pecking<br />
come at the expense of quality. This unique feature provides<br />
greater stability to the drilling operation with subsequent<br />
reduction in chatter and improved hole concentricity.<br />
The Elect APP drills for deep holes all provide exceptional<br />
levels of performance in a wide range of materials<br />
including steel, stainless steel, cast iron and aluminium.<br />
The product launch is supported by a comprehensive<br />
brochure that includes full range details and optimum operating<br />
conditions in key deep hole drilling applications,<br />
including cross hole and angled face drilling.<br />
Dormer Tools - 0418 966 951<br />
www.dormertools.com<br />
Machining Solutions<br />
Intelligent Design<br />
• Micro Precision CNC milling<br />
and Cylindrical grinding<br />
• High speed CNC machining<br />
• 3 axis EDM CNC machining<br />
• CNC wire cutting<br />
• 3 axis CNC turning<br />
Measurement<br />
• World acclaimed CAD, CAM software<br />
• In house product and development<br />
• In house mould design<br />
• Specializing in the manufacture of high<br />
speed Liquid Silicone Rubber moulds<br />
and Plastic Injection moulds<br />
• Turnkey Solutions including Robotic de<br />
moulding.<br />
• Precision machining of all materials<br />
• CMM metrology with virtual<br />
3D CAD model comparison<br />
• Non Contact Optical measuring<br />
10 Binney Road, Kings Park,<br />
NSW 2148 Australia Tel: +61 2 9621 5900<br />
F +61 2 9621 5966<br />
Bennett Precision Tooling Pty Ltd<br />
www.bptooling.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
83
Motors & Drives<br />
Direct drives for cooling<br />
tower applications<br />
mprovements in system safety,<br />
reliability, efficiency and noise<br />
reduction are now possible with the<br />
introduction of new VS1CTD PM motor<br />
and drive technology applied to<br />
cooling tower applications. The same<br />
electric motor and control technology<br />
that is being used to power today’s<br />
most hybrid vehicles is now being<br />
adapted for cooling tower drive applications.<br />
Advances in motor power<br />
density using laminated steel frame<br />
construction combined with high flux<br />
strength permanent magnet salient<br />
pole rotor technology results in a high<br />
torque, slow speed, low profile motor<br />
that is mounted directly to the fan and<br />
operates at variable speed to maximise<br />
system efficiency.<br />
Permanent Magnet Rotor (PMR)<br />
construction using high flux strength<br />
Neodymium Iron Boron (NdFeB) magnets<br />
allows the motor to be manufactured<br />
in a compact form factor. The<br />
same basic motor design requirements<br />
for a hybrid vehicle of high torque,<br />
efficient, low weight, reliable, quite<br />
and highly compact also apply to the<br />
cooling tower application.<br />
For the past 20 years, Rod Applegate,<br />
the owner and president of Tower<br />
Engineering, Inc., has been earching<br />
for a better method of driving fans in<br />
cooling towers. He says he has finally<br />
found what he’s been looking for in<br />
Baldor’s new RPM AC® cooling tower<br />
direct drive motor controlled by a<br />
Baldor VS1 cooling tower drive. Applegate<br />
predicts that five years from<br />
now this solution will be the norm.<br />
His company is already installing<br />
these motors in new cooling tower<br />
construction. He also believes this is<br />
an ideal solution for existing cooling<br />
towers. “We will be doing as many<br />
retro-fits as we can because they’re<br />
just so darn easy,” says Applegate.<br />
“The Baldor engineers were smart<br />
enough to create a low profile motor<br />
design that fits in the same space and<br />
mounting footprint as the gearbox. It’s<br />
so simple; it’s almost just a drop-in<br />
replacement.”<br />
Over the past 20 years, Applegate<br />
has seen potential cooling tower fan<br />
drive solutions come and go, with<br />
none working any better than the gearbox<br />
drive train design. But this time<br />
he’s convinced he’s found a superior<br />
performing, user friendly and green<br />
solution. “I am confident that this is<br />
a real and permanent solution for the<br />
industry,” says Applegate. “My confidence<br />
was strengthened after meeting<br />
and getting to know the engineers who<br />
designed and worked on the project.<br />
I was constantly blown away by their<br />
84 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Motors & Drives<br />
intelligence. I’ve also visited the plant<br />
and watched the product being manufactured.<br />
This is a company that will<br />
stand behind the product, that’s why<br />
I know it will be a success.”<br />
Since April 2008, Baldor has installed<br />
close to 100 units at a variety<br />
of users, ranging from universities<br />
and hospitals to data centres, small<br />
manufacturing locations and refineries.<br />
“This is very new technology<br />
and has allowed Baldor Australia to<br />
tender for projects in an industry that<br />
we were not previously involved in,”<br />
says Applegate.<br />
A couple of years ago when a Baldor<br />
Dodge engineer called on Tower<br />
Engineering to discuss gearboxes, it<br />
was explained, in no uncertain terms,<br />
that they didn’t need another gearbox,<br />
what they needed was a direct drive<br />
fan motor. This engineer took the<br />
message back to his superior, where it<br />
was determined that this was a project<br />
that Baldor would take on. After extensive<br />
Lab testing at Baldor’s facility,<br />
motor and drive systems have been<br />
installed and field tested for as long<br />
as three years. One system is running<br />
under a controlled environment on<br />
one of two identical cooling towers<br />
at Clemson University. Both towers<br />
were instrumented and the traditional<br />
geared system was compared to the<br />
one converted to use Baldor’s Adjustable<br />
Speed Direct Drive Motor and<br />
Drive System. Each tower had the<br />
same 5 blade 18 foot (5.5m) diameter<br />
fan. The conversion was made in<br />
less than a day. Performance results,<br />
which were verified by a third party,<br />
measured an input kW power savings<br />
of 11.8% compared to a tradional<br />
geared system, with high speed noise<br />
reduction from 82.3dBA to 74.fdBA<br />
and reduced vibration.<br />
The result of the research and<br />
development is the Baldor-Reliance<br />
RPM AC Cooling Tower Direct Drive<br />
Motor, which features a power dense,<br />
laminated steel, finned-frame construction.<br />
A proprietary Permanent<br />
Magnet Rotor (PMR) design using<br />
high-flux magnets allows the motor to<br />
be manufactured in a compact form,<br />
similar to the gearbox it replaces.<br />
Baldor Australia has serviced local<br />
industry for more than 25 years, providing<br />
fast access to the extensive product<br />
range and large local stockholdings<br />
through their Sydney and Melbourne<br />
sales offices as well as independent<br />
Australia wide distributor networks. It<br />
is renowned for high performance and<br />
energy efficient AC and DC motors and<br />
variable speed drives, industry leading<br />
servo products and digital positioning<br />
systems, along with specialist products<br />
such as stainless steel motors and washdown<br />
drives, stand-by generators and<br />
light towers.<br />
Baldor Australia Pty Ltd<br />
02 9674 5455<br />
marketing.au@baldor.com<br />
www.baldor.com.au<br />
Features<br />
• Increased efficiency and power factor performance<br />
• Operates at optimal system efficiency point with variable speed control<br />
• Increased system reliability with fewer mechanical parts<br />
• Simplified installation or retrofit with gearbox foot print<br />
• Inpro/Seal® combination slinger and labyrinth non-contact shaft seal protects<br />
motor from water ingress and contamination<br />
• Easy to use drive control parameters<br />
• Interfaces easily to building automation control systems<br />
• Replaces high maintenance conventional gear and belt drive arrangements<br />
• Quieter operation than conventional motor/gearbox system<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
85
Motors & Drives<br />
Latest AKD servo<br />
system solutions<br />
ollmorgen is an established<br />
name in the<br />
field of industrial motion,<br />
which with the release<br />
of the latest Advanced<br />
Kollmorgen Drive AKD,<br />
brings leading edge performance<br />
supported by the<br />
full range rotory, direct<br />
drive, and linear motors,<br />
actuators and gearheads<br />
distributed by Motion<br />
Technologies.<br />
New for the AKD series is the move to Ethernet<br />
coms, supporting Ethercat, Synqnet, Modbus/TCP and<br />
Canopen as standard on all drives. With their compact<br />
size, the feature-rich AKD drives provide a solution<br />
for nearly any application. The AKD range spans from<br />
3amp through to 96amp, with drives for single phase,<br />
three phase and high voltages. A modern servo system<br />
should be easily tuneable, so the AKD runs standard<br />
with auto, wizard and manual tuning. All major feedback<br />
types are included in the standard drive, including<br />
Endat, Sine encoder, incremental encoder, resolver,<br />
Hiperface, BISS and SFD.<br />
Kollmorgen matches the AKD to the AKM motor<br />
series, with five frame sizes and compact construction<br />
to offer predetermined performance and efficiency. Also<br />
produced in the USA and shipped from the same facility<br />
as the drives, AKM motors give the Kollmorgen AKD/<br />
AKM combination true plug-and-play performance,<br />
convenience and ease of implementation.<br />
Should a gearhead be required to achieve the best<br />
motion solution, Kollmorgen links with partner Micron<br />
for the complete range of planetary reducers, in in-line<br />
or right-angle orientation. Microns gearheads are market<br />
leaders, with models with standard or precision<br />
construction, as well as the Gearhead Express lines<br />
which offer 24-hour turnaround with mounting ready<br />
for the AKM motors.<br />
Motion Technologies Pty Ltd - 02 95244782<br />
www.motiontech.com.au<br />
New Demag rotar<br />
emag Cranes & Components has further expanded<br />
their range with the introduction of the ZBE/ZNE<br />
cylindrical-rotor motor. Demag has added a drive to its<br />
product range that meets the requirements of efficiency<br />
class IE2 (High Efficiency), which applies all over the<br />
world.<br />
Simultaneously improving cost and<br />
environmental impact<br />
With effect from 16 June <strong>2011</strong>, the EuP Directive (EuP =<br />
Energy using Products) specifies that only low-voltage AC<br />
motors with an output of between 0.75 and 375Kw may be<br />
placed on the market if they correspond at least to efficiency<br />
class IE2 (IE = International Efficiency) when covered by<br />
the Directive. This rule is based on targets agreed to protect<br />
the climate and to cut CO 2 emissions.<br />
New Demag motors meet the requirements of the new<br />
international standard defined in IEC 60034-30:2008.<br />
These energy-saving motors make it possible to save<br />
costs and, at the same time, to reduce the burden on the<br />
environment. Units are designed to be used as drives for<br />
duty factors of up to 100% at ambient temperatures of up<br />
to 40 deg. Celsius and at altitudes of up to 1000m above<br />
sea level. They are suitable for operation in continuous<br />
roller conveyors for uninterrupted materials handling as<br />
well as for long-term applications, such as for driving<br />
pumps, fans or compressors.<br />
The motors can be connected direct to mains supply or<br />
operated with frequency inverters.<br />
86 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Motors & Drives<br />
motor goes green<br />
Thanks to their efficiency, which is up to 5% higher,<br />
the new Demag motors require less primary energy for<br />
the same mechanical shaft output in nominal operation.<br />
Consequently the operating costs are also reduced, which<br />
results in a higher return on investment.<br />
About Demag Australia<br />
Established in Australia in 1962, Demag Cranes and Components<br />
are a multi-national specialist designer, manufacturer,<br />
supplier & installer of cranes and crane components.<br />
Head Office is located in Smithfield, NSW, with branches<br />
in all states and a complete distributor network. Demag<br />
Cranes and Components can provide effective solutions<br />
to material handling problems through a comprehensive<br />
range of standard and custom designed lifting equipment.<br />
Full product support is offered by Demag with technical<br />
product representation and a 24-hour, 7 day a week<br />
breakdown, repair and replacement parts service at every<br />
state branch.<br />
Demag remains the global market leader in overhead<br />
travelling cranes, electric chain and wire rope hoists, wheels<br />
and drives with solutions for all applications.<br />
Demag Cranes & Component - 1300 336 241<br />
011042_RoaringSuccess_SYC:Layout 2 2/3/11 9:03 AM Page<br />
sales@demag.com.au<br />
Growth<br />
Factor<br />
Some companies have it<br />
running through their veins.<br />
Others require a transfusion.<br />
your business<br />
+ our expertise<br />
= roaring success<br />
www.roaringsuccess.com.au<br />
P: 03 9694 4408<br />
Cost-efficient<br />
mounting options with<br />
alignment-free drives<br />
he new HD AFD configuration, which cost-effectively<br />
integrates motor and gearbox, joins Bonfiglioli’s<br />
expanding range of Australasian-engineered<br />
mounting options. It offers an alternative to laser-aligned<br />
baseplate types that allow the use of close coupled IEC<br />
B5 flange mounted motors up to a G315 frame size.<br />
The HD AFD combinations – with capacities up to<br />
1722kW and 150,000 Nm – complement Bonfiglioli’s<br />
Hi Torque drives and offer quick, trouble-free assembly<br />
and maintenance of high speed components including<br />
fans, fluid couplings and brakes.<br />
“The 58,000Mm HDO 130 shown is one of a broad<br />
range of HD AFD models that can save both time and<br />
money in a range of applications because there is no<br />
need to laser-align the motor and gearbox shafts,” says<br />
the Managing Director, Bonfiglioli Transmission (Australia)<br />
Pty Ltd, Mr Malcolm Lewis.<br />
In addition to reduced initial costs compared with<br />
traditional baseplate designs, the HD AFD configuration<br />
enhances serviceability by permitting high speed<br />
components to be removed and replaced without the<br />
need for re-alignment. Applications include conveyor<br />
drives, shuttle drives, bucket elevators, inching drives<br />
and other materials handling equipment.<br />
The HD AFD is produced in Australia on Bonfiglioli’s<br />
new production and testing line that cuts delivery times<br />
out of Europe by more than half for most models. Local<br />
production, combined with in-depth local engineering<br />
expertise, enables Bonfiglioli to custom-engineer specific<br />
solutions for industrial equipment and mobile equipment.<br />
“The HD series is ideally complemented by the<br />
Trasmital 300 series planetaries, which are compact,<br />
and yet extremely torque dense,” says Lewis.<br />
Trasmital drives can be specified and assembled in<br />
Australasia and planetary gearbox combinations are<br />
available here with peak torque outputs of more than<br />
1.195 million Nm. Even larger Trasmitals are under<br />
development for ultra heavy duty applications, particularly<br />
in resource industries. Applications range from<br />
cranes and winches, conveyors and feeders, mixers,<br />
agitators, and aerators, clarifiers and thickeners.<br />
Give new life<br />
to your business<br />
Bonfiglioli Transmission (Aust) - 02 8811 8000<br />
malcolmlewis@bonfiglioli.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
87
Motors & Drives<br />
High-performance drives for<br />
port facilities<br />
Cranes in shipyards, container terminals and other port facilities require highly reliable, powerful drive mechanics and electronics<br />
acing a ceaseless stream of multi-ton loads, drives in<br />
portside gantry cranes are under constant pressure to<br />
perform. Users need and demand reliable solutions that<br />
deliver excellent dynamics, positioning precision, and cost<br />
efficiency in equal measure. Hoist and trolley drives used<br />
in shipyard or container terminal cranes therefore require<br />
specialised mechanics and electronics suitable for this<br />
demanding application area.<br />
Cranes perform a simple job: they pick up a load at a<br />
specific position, and put it down again at another. In order to<br />
reliably accomplish and ensure a sufficient level of precision<br />
during this operation, they do depend on drives that are ideally<br />
adapted to this task. "Cranes are equipped with geared<br />
motors featuring integrated brakes. These are combined with<br />
frequency inverters for centralised acceleration and speed<br />
profile control," explains Nord Drivesystems. Since port<br />
cranes handle extremely large loads, their geared motors are<br />
designed to withstand high radial and axial forces. They also<br />
provide a range of key functions: enable a soft start with a<br />
high starting torque, ensure virtually shock-free motions,<br />
facilitate the synchronisation of several drives, provide a<br />
powerful hoist function, and allow for efficient generative<br />
braking via parameterisable ramps. “After a manufacturer<br />
has decided on a pre-selection of drives for the overhead<br />
crane and trolleys, we as a drive supplier will suggest suitable<br />
drive ratings according to customer specifications.”<br />
Geared motors under extreme loads<br />
For this purpose, Nord can specify and deliver helical shaft<br />
geared motors and frequency inverters, all from in-house<br />
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88 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Motors & Drives<br />
production. The geared motors for cranes and trolleys cover<br />
performance ranges up to 160kW with a wide choice of gear<br />
ratios. Available as two- or three-stage designs with a hollow<br />
or solid shaft, users can choose between models with a<br />
foot mount, flange models and shaft-mounted models. All<br />
types are equipped with the same space-saving housing<br />
which allows for easy integration. Motors used in cranes<br />
and trolleys often operate around the clock in very busy<br />
ports. However, if the turnover decreases due to market<br />
conditions, some loading facilities may stand still for long<br />
periods of time. The build standard of the drives must, of<br />
course, ensure that normal operation can be directly even<br />
after such prolonged standstill. In addition to these changing<br />
load factors, recurring harsh climatic conditions and<br />
extreme temperatures as well as the salt water in maritime<br />
environments, all call for suitable long-term corrosion-proof<br />
material. If required, gear units from Nord are available<br />
with IP55 or IP66 protection. Moreover, all models are also<br />
available as ATEX versions.<br />
User-friendly drive electronics<br />
Frequency inverters from NORD's SK 500E line are an ideal<br />
match for geared motors used in cranes. The robust, highperformance<br />
units provide an efficiency of more than 95% and<br />
a typical overload capacity of 200% for 5s. Compatible with<br />
all standard bus interfaces, the units are easy to operate and<br />
program. Basic models feature an integrated brake chopper<br />
with management for brake motor control, which is ideally<br />
suited for use in hoist applications. The inverters operate<br />
with sensor-less current vector control. Alternatively, speed<br />
feedback can be used in applications with elevated requirements<br />
for speed control precision and overload capacity. The<br />
Posicon extension enables these inverters to perform intelligent<br />
position control tasks, rendering additional modules<br />
for such functions in higher-level controllers unnecessary.<br />
The cost-efficient ‘safe stop’ feature according to EN 954-1<br />
and EN 13849-1 is optionally available.<br />
Tried-and-tested combinations<br />
NORD's drive solutions, which are installed in a wide range<br />
of crane facilities with different capacities, have proven<br />
their reliability for years. One example is the transtainer<br />
crane at the Scandinavia quay in Travemünde, Germany.<br />
With more and more cargo runs in the Baltic Sea, boosted<br />
by the eastern expansion of the EU, the port authorities<br />
have considerably extended the Scandinavia quay in the<br />
last few years. Now the largest part of the port, the facility<br />
comprises cranes with a load capacity of 56t which act as<br />
hubs for all kinds of goods that arrive on trucks, in containers<br />
or in swap bodies and must be transferred. In total, 60<br />
NORD drives are used in this application.<br />
The installation of the world's biggest shipyard portal<br />
crane, ‘Goliath’, in Odense, Denmark, was a considerably<br />
larger enterprise still. For this application, Nord developed<br />
a drive concept with a sophisticated control system and a<br />
total of 68 helical bevel geared motors. The drives for the<br />
shipyard crane, which master a maximum load of 100 t,<br />
ensure precise directional stability. Controlled DC drives<br />
in the crane hoist and inverter-controlled three-phase asynchronous<br />
motors in all trolleys ensure stageless and smooth<br />
The SK 500E line of frequency inverters is available in six sizes<br />
speed control. Combined with continuous brake monitoring<br />
through micro switches, this ensures high positioning precision<br />
and plant safety.<br />
Getriebebau NORD GmbH & Co. KG<br />
www.nord.com<br />
Ready made or Custom made<br />
www.ronsongears.com.au<br />
Visit us at National Manufacturing<br />
Week <strong>2011</strong>, 24-27 <strong>May</strong> <strong>2011</strong>,<br />
Stand 2020 in the Engineering Zone<br />
exclusive distributors for KHK<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
89
CNC Controllers<br />
Stay in control<br />
Today's 'Open' CNC controllers are more than just fast computers; they are the front line<br />
interface that allows you to generate very complex multi-axis machining strategies relatively<br />
easily. Further, they offer tool-offsets at a push of a button, allow servomotors to be tuned on<br />
the fly, and automatically handle the replacement of broken tools. They provide control over<br />
processes, for example, activating coolant chillers and communicate with temperature sensors<br />
and/or linear feedback scales to allow positional errors to be determined and corrected.<br />
B y M a r t i n O a k h a m<br />
e’ve all seen the phenomenal developments in computing<br />
over the last decade – the number crunching<br />
capability is nothing short of staggering. It’s this technology<br />
that the CNC controller manufacturers have capitalised on<br />
when offering precision multi-axis control of today’s machine<br />
tools. In fact, CNC controls only differ from PCs in that they<br />
are Input/Output (I/O) orientated, spending the majority of<br />
their processing power conditioning control signals, driving<br />
servo motors, and monitoring the kinematics of the machinery<br />
being controlled in order to make ‘real time’ adjustments to<br />
improve surface speeds and toolpath accuracy.<br />
5-axis control<br />
A question frequently asked is: would there be productivity<br />
gains by investing in 5-axis machines and their associated<br />
multi axis controls to replace 3+2 setups ‘Customers are<br />
often discouraged from purchasing 5-axis machines by<br />
the high cost associated with this technology. However,<br />
opting for 5-axis machines can significantly reduce production<br />
costs. They are extremely flexible - being capable<br />
of machining around five sides of a cube in a single setup.<br />
They can also be used in a basic 3-axis mode if necessary,<br />
reducing the number of machines and operators required.<br />
The negatives regarding 5-axis machines is that generally<br />
they are less stiff, thus smaller high-speed cuts have to be<br />
made. This puts huge demands on the controller, which has<br />
Siemens 840D is its flagship controller used extensively in the<br />
aerospace sector due to its high speed multi-axis capability<br />
and technical advantages. These include its Volumetric<br />
Compensation System (VCS) mandated by the need to fabricate<br />
large aircraft parts.<br />
Siemens 828D controller offers job shops an affordable CNC<br />
with an improved graphical interface, online animated help and<br />
connectivity features.<br />
to cope with large quantities of data and huge acceleration/<br />
deceleration velocities by using ‘look ahead’ functions that<br />
work in much the same way as a racing driver pre-empting<br />
the best path to take and where to brake.<br />
Firstly, the driver’s knowledge of the racetrack is important.<br />
He/she has to know when a sharp curve is coming in<br />
order to slow down just enough to take it safely. CNC lookahead<br />
performs a similar role, giving the CNC advanced<br />
knowledge of the sharp curves coming up. Similarly, how<br />
quickly the driver reacts to what other drivers do, and other<br />
unpredictable effects, can be compared to the CNC's servo<br />
loop times -including position loop, velocity and current loop.<br />
Also consider the smoothness of the driver’s execution as he<br />
goes around the track. Skilfull braking and accelerating have<br />
a significant impact on performance. Programmed bell-type<br />
acceleration/deceleration curves give a similar smoothness<br />
to machine tool acceleration. Look-ahead also helps here,<br />
because it allows many small acceleration/deceleration<br />
adjustments to replace an abrupt directional change. The<br />
number of look-ahead blocks can range from two blocks to<br />
hundreds of blocks depending on the controller. The number<br />
of blocks required depends on factors such as the minimum<br />
90 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
CNC Controllers<br />
Right: The new Fanuc 30i/31i/32i<br />
Model B (or 3xi-B for short) series<br />
offer outstanding features,<br />
including a large number of axes<br />
and multichannel capability.<br />
Left: The Fagor 8070 CNC<br />
features High-Speed algorithms<br />
developed for high speed<br />
machining application, ensuring<br />
a smooth contoured finish. It<br />
also makes operations such as<br />
turn-and-bore, extremely simple<br />
to set up and execute.<br />
part program execution time<br />
and the acceleration/deceleration<br />
time constant, but<br />
15 blocks of look ahead is<br />
probably the minimum acceptable<br />
value. A ‘dwell’ as an<br />
axis waited for data to arrive, or for a rotary<br />
axis to reposition, would result in a poor surface finish just<br />
as it would on any manual 3-axis machine.<br />
Of course, there are many jobs that can only be cut economically<br />
using continuous 5-axis motion. These include<br />
more complex contoured parts such as mould cavities, blisks,<br />
impellers, and other turbine-type parts where tool orientation<br />
must be controlled in order to reach a surface to be machined<br />
without requiring extended tools that are likely to chatter.<br />
Ball-nose end mill compensation in continuous 5-axis<br />
applications requires everything the current technology has<br />
to offer. In order to properly compensate for a ball-nose end<br />
mill as the part or the tool pivots, the CNC must be able to<br />
dynamically adjust the cutter compensation vector in X,<br />
Y and Z simultaneously in order to keep the tool’s contact<br />
point at a constant. This is because when rotary axes pivot<br />
the tool, the tool length offset that normally affects only the<br />
Z-axis now has components in X, Y and Z. In addition, tool<br />
diameter offsets that normally only affect the X and Y-axes<br />
also have X, Y and Z components. As the tool may be feeding<br />
in the rotary axes while it’s cutting, all of these offsets<br />
have to be updated dynamically to account for continuous<br />
changes in the tool’s orientation.<br />
Tool load compensation<br />
Another example of adaptive control is 'tool load compensation',<br />
this feature automatically changes the feed rates based on<br />
spindle load parameters set by the operator. Instead of setting<br />
a safe feed rate based on average tool load conditions, so the<br />
tool doesn't break, feed rates are set for the maximum tool<br />
load condition and the control automatically reduces the feed<br />
rate based on the actual tool load conditions while the part<br />
is being cut. This technique is proving to reduce cycle times<br />
by up to 30% on average; however its efficiency is dependent<br />
on the original program. A well-programmed component<br />
will already be using optimised feeds and speeds. A feed<br />
rate limit can also be used as a cue to determine when a tool<br />
has reached the end of its life. For example, when the tool<br />
becomes so dull that the feed rate reaches 80% of normal,<br />
the CNC will either enter a hold condition that allows the<br />
operator to change the tool or automatically changes it if it<br />
has access to sister tooling.<br />
Many of today's CNC systems can integrate<br />
off-the-shelf applications such as vision<br />
systems seamlessly within the control solution,<br />
thus providing more value. Software is<br />
also helping manufacturers to standardise<br />
hardware for different machining processes,<br />
resulting in reduced inventory and<br />
maintenance costs on the floor. For example,<br />
Siemens Automation and Drives ' Sinumerik<br />
840D control software architecture provides<br />
the manufacturer a single hardware platform<br />
to do milling, turning, grinding, laser cutting,<br />
tube bending, friction stir welding, etc., with<br />
all of the capabilities unified under a single<br />
software pool within the control architecture.<br />
Open architectures<br />
More recently, CNC developers have been focusing<br />
on the ability to connect to the internet and<br />
‘open’ architectures generally. More and more<br />
machine shops will use this capability to access<br />
tool databases, customer databases, SPC packages,<br />
remote diagnostics etc, however, the chief advantage is<br />
that they permit continually enhanced functionality through<br />
software upgrades, just like any PC today. Open CNC solutions<br />
allow CNC machine tool users to deploy a unified<br />
automation strategy, which depends on all the computer<br />
systems from engineering design centres to factory-floor<br />
machine tools to communicate seamlessly.<br />
MTConnect<br />
MTConnect for example makes it possible for machine tools<br />
and other manufacturing equipment to share information—a<br />
lot like the way people do with Twitter, Facebook, LinkedIn<br />
and other internet-based social networking tools.<br />
Just as Twitter is one way to share a brief but important<br />
idea with a network of friends, MTConnect enables machine<br />
tools to share critical data so that other devices and shop<br />
personnel can respond appropriately. The data being shared<br />
could include alarm messages, part counts, inspection results<br />
and similar ‘vitals’ about the machine and its performance.<br />
So does it really matter what make of CNC is fitted (or<br />
retrofitted) to machine tools Well, yes and no, depending<br />
on the type of machine tool and work it is to undertake. OEM<br />
machine tool builders work with the majority of controller<br />
manufacturers, who in turn work with CAM developers to<br />
ensure the best is obtained from all parties. The machine<br />
vendor will advise on suitable controllers from a technical<br />
point of view, and may even help on the software side. Each<br />
make of controller has its own strengths and weaknesses,<br />
which the customer must take into consideration when making<br />
a purchasing decision. These include the number of axes possible,<br />
positional accuracy obtainable on the given machine<br />
tool, maintenance costs, long-term support, and post-processor<br />
accuracy - all of which are very application-specific.<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
91
CNC Controllers<br />
New CNC gear and software spur<br />
shop-floor productivity<br />
Shop efficiencies start with the machine tool controller, as today’s CNC equipment offers<br />
machine operators myriad tools for improving part surface finishes, allocating machine time,<br />
and cutting job cycle times. With the latest CNC gear, manufacturers typically get a much<br />
easier-to-use controller packed with built-in software, allowing machinists to handle many<br />
programming tasks right at the control.<br />
B y P a t r i c k W a u r z y n i a k<br />
n affordable midrange control,<br />
the Siemens Sinumerik 828D<br />
CNC released last year is aimed at<br />
job shops seeking a cost-effective but<br />
feature-rich machine controller that<br />
uses the Linux operating system, new<br />
applications software, and the ability<br />
to receive and send text messaging to<br />
view a machine tool’s status and alter its<br />
functions with return messages. “One<br />
of the biggest hooks is that the software<br />
version on the 828D is the same that’ll<br />
be on the 840D—it’s the same lookand-feel<br />
across the line,” notes Randy<br />
Pearson, manager, dealer and end-user<br />
support, Siemens Industry Inc. IL<br />
The Siemens 828D also features an<br />
updated HMI, called Sinumerik Operate,<br />
that combines Siemens’ previous<br />
HMI Advanced and ShopMill/Shop-<br />
Turn HMIs that incorporate help functionality<br />
on every screen. With its new<br />
Animated Elements help capability,<br />
machine operators can easily navigate<br />
through complex jobs with the builtin<br />
simulations. “You go to the screen,<br />
a little animation pops up and shows<br />
you how it works,” Pearson adds. “In<br />
the past, what we had was more static.<br />
This way it shows how a drill moves,<br />
or how a tool does a conventional cut,<br />
with the animations.”<br />
The 828D is a panel-based NC unit<br />
that contains no battery, fan, hard<br />
disk, or any moving parts, Pearson<br />
adds. The company’s choice of an embedded<br />
Linux open-source operating<br />
system helps minimise the requirements<br />
associated with Windows-based<br />
machines and improves protection<br />
from malicious viruses that target the<br />
Windows operating system while the<br />
Siemens i sinumerik 828D is aimed at production-type three and four-axis machining.<br />
machine is connected to a plant-wide<br />
network, he adds. “It’s stable, and if<br />
you put it on a network, nobody’s bothered<br />
to write viruses for it,” Pearson<br />
observes. “It’s stable, it’s simple, and<br />
it boots fast.”<br />
Aimed at production-type three and<br />
four-axis machining, the 828D is less<br />
expensive than the company’s flagship<br />
Sinumerik 840D control, which handles<br />
more high-end, complex machining<br />
chores such as five-axis aerospace,<br />
medical, or automotive applications.<br />
“We’ve positioned the 828 as a compact<br />
control that is really geared in<br />
terms of functionality and price to<br />
be in the midrange area,” notes Jon<br />
Cruthers, Manager, Business Development,<br />
Siemens Industry Inc., “whereas<br />
the 840 has a lot built-in, and there are<br />
not a lot of options. The feedback that<br />
we get from machine tool builders is<br />
that it’s priced aggressively.”<br />
Advanced connectivity functions<br />
on the new control include Siemens’<br />
Easy Message system, which offers<br />
simple production status monitoring<br />
by text messaging. Depending<br />
on a user’s profile, the machine can<br />
transmit information about workpiece<br />
machining status, report on the tools<br />
in use, and send machine maintenance<br />
bulletins to mobile phones at any time.<br />
“One of the really neat technologies<br />
is the Easy Message feature,” adds<br />
Pearson, noting setup of the system<br />
is quick. “People are asking for this<br />
all the time. It kicks out a message<br />
and you send a response back to the<br />
machine.” Many users operate the<br />
92 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
CNC Controllers<br />
system follows the path as fast and accurately<br />
as possible,” Webster explains.<br />
“Following the programmed path is<br />
only part of the requirement for large<br />
five-axis machining—error compensation<br />
is also a large factor in these types<br />
of machines. “Fanuc has addressed this<br />
concern with the release of 3-D rotary<br />
error compensation. This volumetric<br />
compensation feature allows for fiveaxis<br />
or error compensation within the<br />
entire machine envelope.”<br />
The recent release of interactive<br />
force compensation software dynamically<br />
corrects for the interaction seen in<br />
high-speed five-axis machines caused<br />
by the rapid acceleration changes of the<br />
linear and rotary axes, Webster adds.<br />
“This interaction reduces accuracy at<br />
the tool tip but cannot be corrected<br />
in the program without lowering feedrates.”<br />
Software enhancements help Fanuc<br />
controls used in everything from job<br />
shops to aerospace applications. “We<br />
produce CNC controls that are used by<br />
all sectors of manufacturing,” Webster<br />
says. “The latest 0i-D has all the fea-<br />
High-Speed algorithms in Fagor’s 8070<br />
CNC optimises machining with faster<br />
cutting speeds and smoother contours.<br />
system using prepaid mobile phone<br />
GSM cards that simply plug into the<br />
machine.<br />
CNC evolution lately has focused<br />
around improving the productivity of<br />
individual machines and integrating<br />
the machines into the overall factory<br />
system, notes Paul Webster, Manager,<br />
Product Engineering for Fanuc CNC<br />
America Corp. “The recent economic<br />
climate has highlighted the need to<br />
increase productivity without capital<br />
expenses or labour increases. This<br />
means getting more out of each machine,<br />
and automating the machining<br />
process,” Webster states. “Controlsystem<br />
development has followed this<br />
approach. To assist machine operators,<br />
maintenance personnel, and supervisors,<br />
we are seeing improvements in<br />
machine operability, reliability, and<br />
connectivity.”<br />
The most recent control from Fanuc<br />
is the new FS0i-D line, which was<br />
released last year and is designed to<br />
be price-competitive with many alternative<br />
solutions. “The 0i-D is a nano<br />
[nanometer] CNC that shares many of<br />
the features with the top-of-the-line 30i<br />
series of CNCs,” Webster says.<br />
For five-axis machining, Fanuc has<br />
made several significant advancements,<br />
he adds. “Improvements to smoothing<br />
functions—Nano-smoothing 2, and<br />
Smooth TCP 2 make sure the control<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
93
CNC Controllers<br />
tures required for most applications and<br />
shares much with the top-performing<br />
30i, but at a much lower cost. Job shops<br />
can take advantage of the improved<br />
operability of the 0i-D or the high-end<br />
3xi family, such as Manual Guidance,<br />
off-line CNC machine simulation, and<br />
more PC-like operation.”<br />
The advancements made in five-axis<br />
error compensation and accuracy were<br />
specifically designed to meet the needs<br />
of the aerospace market, he adds. In<br />
addition, aerospace applications use<br />
high speed, high-powered spindles that<br />
Webster notes were developed with the<br />
needs of titanium and other more exotic<br />
materials in mind.<br />
Heidenhain has added Kinematics<br />
Comp for machine tool builders, which<br />
allows incorporating new compensation<br />
tools into machines using the Heidenhain<br />
iTNC 530 contouring control.<br />
“When you commission a machine tool, in our control<br />
system, you detail every moving element of the machine<br />
and how they all relate to each other,” notes Chris Weber<br />
of Heidenhain. “You can imagine on a five-axis machine,<br />
if I’ve got a tilt-swivel head, the possibilities in five-axis<br />
motion Project3:Layout are pretty high 3 15/4/10 to hit something 2:38 PM you Page don’t 1 want to<br />
Cutting a complex 5-axis job under the control of a Fanuc FS0i-D line<br />
hit. Also as machines wear, and as machines warm up, those<br />
relationships change due to thermal expansion typically.<br />
“Kinematics Opt allows you to go in on a machine and<br />
at fixed intervals, even between parts, go in and reset those<br />
values,” Weber says. “As things start to drift a little bit, I<br />
can go in and re-comp based on the current machine status.<br />
It involves using a calibrated sphere on a table of the<br />
machine. The enhanced Kinematics Comp software offers<br />
machine builders new tools for compensation during initial<br />
machine setups,” he adds.<br />
The Dynamic Distribution of Machining Operations<br />
(DINDIST) feature of the Fagor 8070 CNC makes it possible<br />
to distribute the machining operations among the<br />
execution channels on multi-spindle lathes. “Just program<br />
the machining operations for a single turret, then once the<br />
DINDIST function is activated, the machining operations<br />
are automatically distributed among the turrets without extra<br />
calculations, making it possible to optimise and minimise<br />
machining time considerably,” says Todd Drane of Fagor<br />
Automation Corp, IL. “This feature makes turn-and-bore<br />
operations that are so common on multi-turret machines<br />
extremely simple to set up and execute.<br />
Energy-saving features have been a focus for control<br />
systems development at Bosch Rexroth, notes Karl Rapp,<br />
Automation and Machine Tool Branch Manager, Bosch<br />
Rexroth Corp.—Electric Drives and Controls USA. “Starting<br />
with IndraMotion MTX ega for the CNC, Bosch Rexroth<br />
is now offering PLC logic and library functions combined<br />
with HMI screens so the OEM/user can implement measurable<br />
energy monitoring into the control system,” Rapp says.<br />
“All data can be accessed via OPC and Ethernet TCP/IP for<br />
centralised collection in a facility. Bosch Rexroth Germany<br />
has several systems running to gather real-world data<br />
and measure the benefits.<br />
2010 Copyright by Society of Manufacturing Engineers. All<br />
rights retained. This article appears with permission from<br />
Manufacturing Engineering, the official publication of the<br />
Society of Manufacturing Engineers (SME)<br />
94 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Perfectly tailored<br />
Siemens launches new CNC and drive system for the compact class<br />
CNC Controllers<br />
ith the Sinumerik 828D Basic T and the Sinamics<br />
S120 Combi, Siemens Drive Technologies Division is<br />
perfectly rounding off its product range for the CNC compact<br />
class. What's more, Siemens is now offering an entry<br />
level CNC for the compact class, which has been designed<br />
in line with standard turning machines with a high level<br />
of performance, precision and availability. Together with<br />
the new Sinamics S120 Combi multi-axis drive module it is<br />
ideally suited to this machine class. It is here where power,<br />
precision and robustness play a decisive role.<br />
With the Sinumerik 828D Basic T, Siemens has developed<br />
a robust and precise CNC for worldwide use. With<br />
the Sinumerik 828D Basic T, Siemens is combining a high<br />
degree of quality and reliability at a reasonable price. As an<br />
entry level CNC for the compact class, it is ideally suited<br />
to standardised turning machines with up to five axes/<br />
spindles, including driven tools. Equipped with a screen,<br />
keyboard and CNC electronics, each unit merely requires<br />
a few interfaces and cabling, thereby maximizing system<br />
availability. In addition, the existing operator panel, which<br />
consists of die-cast magnesium, enables the new Siemens<br />
CNC to function particularly reliable even in harsh operating<br />
conditions. Parts that are subject to wear such as fans,<br />
hard disks and batteries are now a thing of the past. This<br />
enables maintenance-free operation.<br />
Hi-tech for the compact class<br />
Modern processor technology and software architecture are<br />
based on 80-bit NANOFPprecision (80-bit floating-point<br />
precision). Using this technology, precision values in the<br />
region of one tenth of a micrometer (μm) can be achieved.<br />
The degree of precision which can be achieved in practice<br />
is therefore not limited by the control, but is instead defined<br />
by the capabilities of the mechanical components.<br />
In addition to the high degree of precision, the Sinumerik<br />
828D Basic T also facilitates particularly flexible use, as<br />
it is able to execute drilling and milling operations in addition<br />
to a variety of turning operations. With intelligent<br />
kinematic transformation between the spindle and X axis,<br />
the most diverse range of milling and drilling processes<br />
can be executed on the front face and peripheral surface of<br />
the workpiece. Thanks to Sinumerik Operate, Sinumerik<br />
828D Basic T has been able to integrate a user-friendly CNC<br />
user interface with programming and setup procedures in<br />
a reliable and intuitive manner.<br />
A special function of this system is the Easy Message<br />
function, which updates responsible staff members on all the<br />
essential manufacturing process data via SMS. If a machine<br />
requires some new raw parts or a turning tool is approaching<br />
the end of its service life, the Sinumerik 828D Basic T<br />
sends corresponding details via SMS, thereby maximising<br />
the productivity of the machine.<br />
Sinamics drive - robust, yet easy to maintain<br />
To round off the new CNC, Siemens offers the new Sinamics<br />
S120 Combi, an integral drive system, which similarly to the<br />
With the Sinumerik 828D Basic T and the Sinamics S120 Combi,<br />
Siemens Drive Technologies Division is perfectly rounding off its<br />
product range for the CNC compact class.<br />
CNC, is perfectly tailored to the requirements of compact<br />
standard machines. In terms of the Combi drive, robustness<br />
is regarded as one of its key features. To ensure this high<br />
degree of robustness, the infeed unit as well as the three<br />
to four Motor Modules, among other components, have<br />
been integrated into a single unit. This therefore reduces<br />
the number of wiring interfaces required, while a heat sink<br />
allows heat to be optimally dissipated from the machine,<br />
even if one of the power units is under full load.<br />
If the machines are used in tropical ambient conditions,<br />
the drives will need to reliably withstand fluctuations in<br />
voltage and frequency in the grid as well as resist heat and<br />
moisture. This is exactly where the Sinamics S120 Combi<br />
comes into its own.<br />
The Sinumerik 828D Basic T has already been integrated<br />
into the SinuTrain training package for Sinumerik Operate.<br />
As such, knowledge of operating a turning machine with<br />
the new control can now be acquired and deepened. What's<br />
more, SinuTrain is also ideally suited to offline programming.<br />
Here you will have everything at your fingertips, as<br />
if it was the actual machine-based CNC, such as the wellestablished<br />
programming methods including Sinumerik<br />
CNC programming language, ISO code programming and<br />
ShopTurn machining step programming.<br />
With this version, Siemens Drive Technologies Division<br />
has extended its range of controls in the Sinumerik 828D<br />
compact class. An extensive range of machine tool controls<br />
is now available for each and every CNC requirement, from<br />
Sinumerik 828D for demanding turning and milling machines<br />
in the workshop, to the Sinumerik 840D sl for premium<br />
applications and the Sinumerik 802 series for standard<br />
machine applications.<br />
Siemens Ltd. Australia - 03 131 773<br />
industry.sales.au@siemens.com<br />
www.siemens.com<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
95
CNC Controllers<br />
Fanuc - The latest generation<br />
of CNC controllers<br />
The new Fanuc CNC controllers of the Series 30i/31i/32i Model B (or 3xi-B for short) are ideal for<br />
sophisticated and complex machine tools. Their outstanding features include a large number of<br />
axes and multichannel capability.<br />
ompared to previous models, the new B Series feature<br />
significant advancements, numerous detail improvements<br />
and additional functions for punch presses and laser<br />
cutting machines. FANUC has also introduced a new member<br />
to the FANUC controller family: the CNC 35i-B Series<br />
based on the technology of the 30i-B Series and developed<br />
primarily for transfer line and handling applications.<br />
A bus system for servo and spindle data<br />
The servo system for the new generation of controllers<br />
and drives brings major improvements. A new high-speed<br />
servo-processor increases the basic output of the digital<br />
axis drive, enabling a much higher number of axes to be<br />
activated without the need for an additional board. Data is<br />
transferred via the new Fanuc Serial Servo Bus FSSB and<br />
the corresponding optical cable.<br />
The new FSSB is even faster and offers a decisive<br />
advantage: it now transfers spindle data also. Servo and<br />
spindle amplifiers are connected to the CNC control by a<br />
single optical cable. The reduced wiring complexity saves<br />
time and cuts costs while eliminating potential sources of<br />
fault, which is in keeping with Fanuc’s goal of maximising<br />
system availability. The advantage of optical data transfer<br />
over electrical cable transfer is that it greatly minimises<br />
the system’s susceptibility to faults.<br />
Other improvements in the servo system are new Alpha i<br />
servo amplifiers which use low-loss power devices designed<br />
to help save energy. The new pulse coder backup unit has a<br />
rechargeable battery and charging circuit which eliminates<br />
the need for battery replacement.<br />
A fault current detector integrated in the servo amplifier<br />
is an innovation that allows preventive maintenance. A<br />
diagnostic screen indicates the servo status when an alarm is<br />
activated. The amplifier’s integrated self-test function with<br />
operator guidance via the CNC screen enables mfaults to be<br />
localised easily and cleared more quickly. A new multiple<br />
detector evaluation unit provides additional support.<br />
PMC triples the speed<br />
The integrated programmable controller – which FANUC<br />
calls “PMC” – has been upgraded for higher performance.<br />
The high-speed PMC of Model B controllers is three times<br />
as fast as in the previous controller, and program memory<br />
has tripled.<br />
A multichannel PMC is available for complex machining<br />
tasks which entail a high degree of automation. It allows<br />
up to five independent PMC programs to be run simultaneously<br />
at maximum speed. This means there is no need for<br />
an additional external programmable controller.<br />
The previous I/O Link has found a high-performance successor<br />
in the I/O Link i. The new link can transmit twice as<br />
many PMC DI/DO signals per channel and allows 24 groups<br />
to be connected as compared to the previous 16. This also<br />
benefits the integrated Dual Check Safety function because<br />
a single I/O Link i cable is all that is needed to transfer the<br />
secure signals. No additional channel is required.<br />
96 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
CNC Controllers<br />
Use of the I/O Link i also opens<br />
up new diagnostic options. A so<br />
called precision fault detector allows<br />
the user to determine whether<br />
a digital output is not functioning<br />
properly or is disconnected. The<br />
source of fault is then displayed on<br />
the CNC screen, thus significantly<br />
reducing diagnostic times.<br />
Broader range of<br />
uses, numerous detail<br />
improvements<br />
FANUC has developed new functions<br />
for the new CNC controllers<br />
of the Series 3xi Model B which are<br />
suitable for use on punch presses<br />
and laser cutting machines. The<br />
large motors and amplifiers support<br />
up to four units without the need<br />
for an interposed module.<br />
With large machine tools, it is<br />
often the case that multiple operating units are needed at<br />
any one time. Fanuc can now offer cable lengths of up to 100<br />
metres between the CNC controller and a second standard<br />
LCD using an Ethernet connection. Display signals can be<br />
transmitted over a length of up to 50 metres between two<br />
LCDs.<br />
The Model B controllers come with numerous software<br />
developments offering new CNC functions. To<br />
reduce machining times, it is for example possible to<br />
corner-round high-speed transitions without having to<br />
reduce the feedrate to zero at the end of a block. This<br />
pays dividends, particularly when running part and mould<br />
making programs which contain numerous positioning<br />
commands. Other new features include functions for<br />
simple thread finishing and thread cutting; rotational<br />
speed is freely selectable and can be adjusted during the<br />
cutting operation.<br />
Fanuc attaches special importance<br />
to simple and straightforward operation<br />
of the CNC controller. This is why<br />
the new models have an improved program<br />
management system with new<br />
administration and display functions.<br />
User-friendly changes have also<br />
been made to MANUAL GUIDE<br />
i, Fanuc’s workshop-oriented programming<br />
software.For example, the<br />
simulation window is now twice as<br />
large, allowing enhanced display of<br />
cutting simulations. The operator has<br />
the option of switching to alternative<br />
double windows for multichannel applications.<br />
Other detail improvements include<br />
a simultaneous string search function<br />
which can be used to search multiple<br />
channels simultaneously when running<br />
multichannel routines.<br />
Simple data communication<br />
Another user-friendly feature is a USB port which allows the<br />
use of USB storage media for data input and output. A USB<br />
stick can be used for transferring data instead of the customary<br />
Compact Flash card, thus freeing up the CF card for use<br />
as an additional non-volatile program memory for the CNC.<br />
The network functions have also been improved. In addition<br />
to the conventional Ethernet On board, the transfer speed<br />
of which has been optimised, there is a network port which is<br />
integrated on the main board. This option is available for ultraflat<br />
Fanuc CNC controls (LCD CNC) and eliminates the need<br />
for an additional option slot. The additional port, which supports<br />
FL-Net and Fast Ethernet, has a separate CPU which<br />
facilitates stable Ethernet communication in real time.<br />
CNC Parts for Australia - 02 9700 1555<br />
www.cnc-drives-controls.com.au<br />
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Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
97
Compressors<br />
Two variable outputs doubles benefit<br />
With many industrial air compressors employing a form of variable speed drive technology, there is a<br />
need to find the next competitive edge. Sullair Australia has taken up the challenge with the design<br />
of a Variable Speed Drive (VSD) combined with a Variable Output Compressor (VOC) in one unit.<br />
Andrew Dove, Product Development Manager with Sullair Australia, outlines the benefits of the dual<br />
technologies incorporated in Sullair’s range of VOC/VSD air-compressors.<br />
ariable Output Control (VOC) technology has been<br />
employed for many years. It provides variable output<br />
compressed air in response to application demand – with a<br />
simple mechanical design. In essence, the airend volume<br />
is varied to match demand by increasing or decreasing the<br />
exposure of ‘vents’ in the airend floor by the rotation of a<br />
spiral valve underneath. While the spiral valve provides a<br />
robust, low maintenance form of variable output compression,<br />
the amount of achievable turndown using this method<br />
is limited to 50% of full load output.<br />
In many real world applications, variations in air demand<br />
are the rule rather than the exception. Variations of more<br />
than 50 % of maximum capacity can occur in production<br />
environments due to shift changes, weekdays versus weekends<br />
or variations in workload of a specific machine in a<br />
manufacturing process. Plant air delivery can be reduced<br />
beyond 50% by using multiple compressors and managing<br />
their on/off cycles to meet the demand. However this<br />
increases the complexity of the system and may add to<br />
service and maintenance.<br />
The VSD Champion advantage<br />
The continuing evolution of compressor technology has<br />
seen the introduction of the Variable Speed Drive (VSD)<br />
air compressor as an alternative to variable output capacity<br />
reduction. The speed of the motor is controlled in proportion<br />
to air demand – providing immediate and efficient response<br />
to changing loads, Graph 1 highlights the energy saving<br />
advantages of the Sullair Champion range of VSD compressors<br />
compared to conventional load / unload compressors.<br />
Graph 1: The variable speed drive adapts motor speed to changes<br />
in air demand. Compared to constant speed compressors the<br />
VSD can deliver significant power savings under variable load<br />
conditions.<br />
The Champion V-Series variable speed drive compressors<br />
utilise Optimal Flux Technology (OFT) to significantly<br />
improve motor efficiency and extend the range of turndown<br />
possible compared to that of a standard VSD unit. Optimal<br />
Flux Technology has been proven to give dynamic motordrive<br />
response to demand, thereby increasing optimum<br />
performance and efficiency. The resultant reduction in motor<br />
temperature removes the need for forced cooling and torque<br />
de-rating, extending the longevity of the motor.<br />
However, even the VSD design has its limits and if demand<br />
fluctuates beyond the turn-down limits of the VSD,<br />
power efficiency is compromised and it will not be possible to<br />
maintain the tight tolerances for the desired system pressure.<br />
Best of both worlds<br />
The solution that Sullair Australia has devised is a fusion<br />
of the two technologies. The concept is relatively simple:<br />
utilise the variable speed drive to turndown to approximately<br />
30% of full capacity and then add the further 50%<br />
turndown of the variable output spiral valve to achieve a<br />
total turndown to 15% of full load as shown in Graph 2.<br />
The VOC/VSD combination design allows both trimming<br />
systems to operate within their optimum design parameters<br />
and efficiency zones. The end result is the Champion VOC/<br />
VSD compressor.<br />
98 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Compressors<br />
The use of the spiral valve with VSD allows for greater<br />
trimming to improve the system’s ability to match demand.<br />
Under these trimmed conditions, the average power consumption<br />
of the VSD compressor shown in Graph 3(a) is<br />
approximately 31% of full load, compared to Graph 3(b)<br />
(VOC/VSD) which shows consumption at 23% of full load.<br />
Power consumption, degree of turn-down and the<br />
stability of air supply are just three considerations in<br />
the overall assessment of compressed-air requirements<br />
for industrial facilities. To fully examine all factors a<br />
complete air-audit is recommended to determine the<br />
most efficient and cost effective compressor solution.<br />
Air-audits often reduce facility air running costs by<br />
thousands of dollars per year.<br />
Graph 2: A standard load on/off compressor operates at 100%<br />
or zero % capacity only; the VOC can be turned down to typically<br />
50% of full load capacity; the VSD to typically 30%. The fusion<br />
of VSD and VOC technology allows for a total turndown to an<br />
impressive 15% of full load capacity.<br />
The VOC/VSD compressor combines the energy efficiency<br />
and responsiveness of the VSD design with the<br />
added turndown range of the VOC spiral valve. The<br />
result is near constant pressure regardless of demand.<br />
The compressor may be kept at its most efficient point,<br />
maximising the energy savings that are achievable with<br />
both forms of compression.<br />
Graph 3a: At high levels of turndown the VSD design alone<br />
cannot maintain tight tolerances on system pressure and power<br />
demand oscillates.<br />
Graph 3B: With the unique Champion VOC/VSD compressor<br />
much tighter tolerances on system pressure are achieved with<br />
significantly reduced, but constant, power consumption.<br />
Power consumption, degree of<br />
turn-down and the stability of air<br />
supply are just three considerations in<br />
the overall assessment of<br />
compressed-air requirements for<br />
industrial facilities.<br />
The new VOC/VSD compressors retain the key features<br />
of the individual VSD and VOC designs including<br />
IP54-rated electrical enclosure, dirty environment filters,<br />
deluxe monitoring and Optimal Flux Technology motors.<br />
To further enhance performance, Sullair Australia has<br />
added a thermostatically-controlled fan to the VOC/VSD<br />
compressor. The temperature is monitored and the cooling<br />
fan activated only when necessary to maintain temperatures<br />
at an optimum level, thereby reducing power consumption<br />
and noise further than continuous fan motor designs.<br />
The Champion VOC/VSD family of compressors ranges<br />
from 50kW to 185kW and is ideal for mid- to high-level<br />
industrial applications where variable air demand is common.<br />
All units are designed to withstand Australia’s harsh<br />
conditions with up to 50oC ambient temperature rating.<br />
Ambient operating temperature is an important selection<br />
criteria for air compressors in this country. Many compressors<br />
are installed in dedicated utility rooms where ambient<br />
temperatures can reach these extremes. The VOC/VSD<br />
range is backed by Sullair Australia’s extensive warranty<br />
plans and the AirSwap airend exchange program.<br />
For the end-user, the development of the Champion<br />
VOC/VSD air compressor delivers the best of both worlds<br />
- the energy efficiency and responsiveness of the variable<br />
speed drive coupled with the added turn-down of variable<br />
output control. The Champion VOC/VSD design is a better<br />
solution for varying air demand applications delivering<br />
greater energy efficiency, greater turndown, reduced<br />
maintenance costs and greater stability of delivered air<br />
pressure.<br />
Sullair Australia and Champion Compressors<br />
03 9703 9014<br />
mknowles@sullair.com.au<br />
www.sullair.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
99
Compressors<br />
Sullair’s Champion V-Series variable<br />
speed drives<br />
ullair Australia’s, V-Series, range of compressors features<br />
‘Optimal Flux Technology’ to provide precise and<br />
dynamic calibration between drive and motor, to minimise<br />
losses and maximise performance and energy savings.<br />
The incorporation of Optimal Flux Technology<br />
in the V-Series has eliminated the need for forced<br />
ventilation and cooling and torque de-rating. Extensive<br />
testing of the drive and motor has shown that the<br />
temperature of the motor can be reduced by as much<br />
as 11° C, significantly reducing energy consumption<br />
on cooling and ventilation for the compressor.<br />
The MEPS-2 compliant motor incorporates spikeresistant<br />
wire to minimise the impact of voltage<br />
surges on start-up, thereby increasing the longevity<br />
of the motor.<br />
The variable speed capabilities of the drive and<br />
motor ensure that the motor is running at optimum<br />
capacity, regardless of the compressor demands.<br />
“A load on/load off compressor is more suited<br />
to applications where air demand is relatively<br />
constant. The Champion range of VSD compressors<br />
is the ideal compressor for varying load<br />
Learn more about the power<br />
of Verisurf by registering<br />
for webinars on our website,<br />
or call for an onsite demo.<br />
www.memko.com.au<br />
or 03 9013 5787<br />
Champion brand of VSD compressors from Sullair Australia<br />
maximises efficiency and energy savings.<br />
applications, such as where production shift changes or<br />
changes in use of equipment create demand highs and lows.<br />
VSD compressors are more efficient under these conditions<br />
and save users significantly on energy bills,” said Andrew<br />
Dove, Design Engineer with Sullair Australia. “The VSD<br />
is also the ideal partner to a load on/off compressor, where<br />
the on/off compressor meets the bulk of air demand and<br />
the VSD trims supply to meet the variations in demand<br />
more efficiently.”<br />
The Champion brand of V-Series compressors offers a<br />
range of operating specifications that are ideal for variable<br />
load conditions. The smallest unit, CSF18V delivering rates<br />
of up to 51 L/s, comprises an 18.5 kW motor with working<br />
pressures of between 7.5 to 13bar. The heavy-weight of the<br />
range is the CSE45V boasting a 45kW motor and working<br />
pressure of 7.5 to 13 bar and a delivery rate of up to 123 L/s.<br />
“The best way to determine which V-Series compressor<br />
is best for your application is to conduct an air audit. This<br />
will indicate the type and size of compressor to use and what<br />
the payback period is likely to be, thereby maximising your<br />
efficiency and energy savings,” said Dove.<br />
The V-Series incorporates an IP54 rated enclosure, Sullair<br />
airend technology and is backed by extended warranty<br />
and service options. The end result is tough design and<br />
premium performance suited to Australia’s hot, humid and<br />
often dusty conditions.<br />
Sullair Australia - 03 9703 9014<br />
mknowles@sullair.com.au<br />
www.sullair.com.au<br />
100 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Efficient and reliable dry<br />
compressed air for the most<br />
demanding applications<br />
tlas Copco has launched three new desiccant air dryer ranges.<br />
These have been designed for efficiency with low pressure<br />
drops and delayed dryer cycles. Additionally, high performance<br />
and a constant pressure dewpoint -even at full load- are guaranteed<br />
under any condition. The new products include two ranges of heatless<br />
desiccant dryers, the CD 25+-145+ and the CD 110+-300+. According<br />
to Atlas Copco, the simple design and working principle guarantee<br />
reliability of these compact desiccant air dryers, even in harsh conditions.<br />
The third new range is the blower-purge dryer BD 100+-300+;<br />
built for energy-efficiency and endurance. By using heated ambient<br />
air for regeneration, this dryer range keeps the energy cost minimal.<br />
A desiccant air dryer protects your production, equipment and the<br />
quality of the end product by using desiccants to adsorb moisture from<br />
the compressed air. These three new desiccant air dryer ranges are<br />
suitable for the most demanding industries and applications like electronics,<br />
food and beverage, pharmaceuticals, oil and gas.<br />
Compressors<br />
Atlas Copco - 1800 023 469<br />
ausairinfo@au.atlascopco.com<br />
www.atlascopco.com.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
101
Compressors<br />
Intelligent control from CompAir<br />
oge has recently extended the<br />
popular C series range of screw<br />
compressors up to 22 kW. The C 15<br />
to C 30 provide a quiet, compact and<br />
efficient compressed air solution to<br />
the medium sized compressed air<br />
user, setting new industry standards<br />
in specific power and sound pressure<br />
levels.<br />
The extended Boge C series range<br />
has been engineered to generate high<br />
free air deliveries in continuous operation<br />
and in an incomparably efficient<br />
manner.<br />
For maximum operating dependability<br />
and efficiency, all essential<br />
components have been integrated<br />
into the compact module. This serves<br />
to eliminate pipework and to reduce<br />
flow losses.<br />
Boge claims it has set new industry<br />
standards with these C series<br />
models in terms of low sound presompAir<br />
has launched the DELCOS<br />
XL, a built-in, easy-to-use touch<br />
screen controller that ensures the reliable<br />
and efficient operation of its rotary<br />
screw compressors.<br />
Fitted to CompAir’s L30 – L132<br />
range of fixed and regulated speed compressors,<br />
the DELCOS XL displays<br />
detailed system analysis, including<br />
network pressure and weekly average<br />
volume flow, in the form of on-screen<br />
trend diagrams and graphs, without the<br />
need for additional monitoring devices.<br />
Analysis of these trends enables users to<br />
set precise operating parameters for their<br />
compressor. The multilingual control<br />
system will then continuously monitor<br />
these settings, helping to reduce overall<br />
running costs.<br />
The controller’s real time clock enables<br />
users to start and stop their compressor<br />
at pre-set times. This allows the<br />
system to be pressurised prior to production,<br />
meaning users can have instant<br />
availability of compressed air.<br />
Reduced compressor idling<br />
The DELCOS XL’s second pressure setting<br />
matches compressor flow to plant<br />
demand with great efficiency. This reduces<br />
compressor idling and is particu-<br />
larly useful during periods of reduced<br />
production, such as the weekend, and<br />
when maintenance work is carried out.<br />
The secondary pressure setting also<br />
enables two DELCOS XL units to be<br />
sequenced without the need for additional<br />
equipment.<br />
Fast fault identification<br />
The controller’s service diagnostics<br />
feature enables compressor inputs and<br />
outputs to be tested, and provides quick<br />
identification of any faults, which can<br />
result in reduced downtime.<br />
A detailed analysis of up to 64 faults<br />
can be stored by the controller, providing<br />
information including the time, date,<br />
temperature and pressure of the compressor<br />
when each fault occurred. Integrated<br />
cooling and dryer controls allow the<br />
compressor’s cooling fan to run continuously,<br />
if required, and enables the dryer<br />
to be started before the compressor, to<br />
ensure it is fully functional when system<br />
air is required.<br />
Remote monitoring<br />
As well as on-site monitoring, the controller<br />
can also communicate with external<br />
interfaces, such as a PC, allowing for the<br />
remote control of the compressor.<br />
In the event of a power failure, the<br />
controller can be set to automatically<br />
restart the compressor, without the need<br />
for an operator, meaning that downtime<br />
is kept to a minimum.<br />
All of the controller’s functions are<br />
clearly structured within just five main<br />
menus on a user-friendly high-resolution<br />
touch screen display. A home page provides<br />
an instant overview of the compressor<br />
status, allowing users to quickly<br />
identify any faults. All menus can be<br />
code protected to eliminate any misuse<br />
or incorrect operation.<br />
CompAir (Australasia) Ltd<br />
039212 5800<br />
www.compair.com.au<br />
Setting the standard<br />
sure levels - from 63-69 dB(A) - making<br />
them very quiet in operation as well<br />
as offering increased compressed air<br />
outputs. The new models are also very<br />
energy efficient with the specific real<br />
demand for energy ranging from just<br />
7.08 – 7.16kW/m3/min (according to<br />
ISO1217AnexC/PN2 CPT2).<br />
Due to its compact design, space<br />
requirements are kept to a minimum.<br />
An installation surface of less than<br />
1 square metre is sufficient. A heat<br />
recovery system can be added to the<br />
new C series models as an option. Up<br />
to 94% of the input electrical energy is<br />
dissipated through the cooling medium<br />
(air or water) and can be recovered for<br />
space heating or pre-heating domestic<br />
water.<br />
The belt driven C series models up<br />
to 22kW are available in the standard<br />
pressure of 8, 10 and 13 bar. Output<br />
capacities range from 1.36 – 3.62 m3/<br />
min and motor power 11 to 22 kW.<br />
The new range is also available with<br />
an integrated refrigerant dryer.<br />
BOGE Compressors (Australia)<br />
08 9528 2157<br />
www.boge.net.au<br />
102 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
Compressors<br />
Cheap choice or costly consequence<br />
t’s the difference between<br />
liability and reliability<br />
A leading Australian compressor<br />
specialist has warned<br />
companies to ensure the equipment<br />
they are buying meets<br />
Australian Standards. With a<br />
lot of international interest in<br />
Australia’s “booming” resource<br />
sector and a strong local currency,<br />
there has been a noticeable<br />
increase in companies from<br />
around the globe looking to<br />
bring a wide range of compressors<br />
into the market, said CAPS<br />
Australia’s National Product Manager<br />
for Air Compressors, Dino Alessio.<br />
“Australia has, for good reason,<br />
developed quite stringent standards for<br />
compressors. And there is now a fear<br />
that a number of smaller, independent<br />
compressor companies are bringing in<br />
compressors which may not meet that<br />
quality level,” Alessio said.<br />
“I have serious concerns, particularly<br />
on a safety level, about the performance<br />
and legality of some of the<br />
brands being imported into Australia.”<br />
Alessio said Compressed Air and<br />
Power Solutions Australia (CAPS) invests<br />
a lot of time and money to ensure<br />
the compressors it brings into country<br />
meet the Australian Standard.<br />
“It is essential for companies looking<br />
to acquire compressors that the<br />
product meets Australian Standards<br />
and that sometimes paying a cheaper<br />
price could bring a high cost burden.<br />
In the end: it’s the difference between<br />
liability and reliability.”<br />
He said each segment of the compressors<br />
imported by CAPS meets the<br />
highest standards of quality required<br />
in Australia, including:<br />
Wiring<br />
All IR compressors CAPS brought<br />
into the country are specially built to<br />
comply with Australian Standards for<br />
Wiring. Purchasers should note some<br />
products’ wiring colours vary, and do<br />
not meet the Australian Standards and<br />
are illegal to use in the workplace.<br />
Pressure vessels<br />
IR compressors CAPS are specially<br />
built to comply with Australian Standards<br />
for Pressure Vessels. The separator<br />
vessels are designed to AS1210.<br />
Again some imports may not<br />
meet AS1210 and are illegal to<br />
use in the workplace.<br />
MEPS2<br />
The IR compressors CAPS<br />
brought in, are built with highly<br />
efficient minimum energy performance<br />
standard (MEPS2) motors.<br />
While they cost CAPS more<br />
and have a longer lead time, it is<br />
illegal to run a compressor with<br />
a non-MEPS2 compliant motor<br />
in Australia.<br />
Capacity Testing<br />
The compressors are capacity tested<br />
in accordance with ISO 1217 annex C<br />
1996 (CAGIpneurop PN2CPT2).<br />
Noise testing<br />
All IR compressors are noise tested to<br />
ISO2151; 2004 annex C, and we state<br />
this in our literature. “We recommend<br />
companies carefully check all literature<br />
provided with a product to ensure there<br />
is full disclosure and to advise your<br />
prospects and customers, so they check<br />
the compressors’ wiring, separator<br />
vessel, motor and testing procedures<br />
to make sure they comply,” Mr Alessio<br />
said.<br />
CAPS Australia Pty Ltd<br />
08 6250 9800<br />
info@capsaust.com.au<br />
www.capsaust.com.au<br />
Realtek<br />
metal plastics nano<br />
2/148 Northern Road,<br />
West Heidelberg VIC,<br />
3081<br />
T> 03 9457 6377<br />
F> 03 9459 4695<br />
FV-S Series<br />
High Performance<br />
Vertical Machining Centres<br />
FH-S Series<br />
High Preformance<br />
Horizontal Machining Centres and FMS<br />
“World leaders in Manufacturing Technology”<br />
www.realtekaustralia.com<br />
sales@realtekaustralia.com<br />
SEE US AT AUSTECH <strong>2011</strong><br />
FH 450S Horizontal Machining Centre<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
103
Forum<br />
Finance<br />
Insurance cover – the real<br />
cost<br />
People rarely want to discuss life insurance, because it forces them to consider the unthinkable: the<br />
death or permanent disability of a loved one. Therefore just 4% of Australian families with dependants<br />
have sufficient cover to protect them in the event of death or disability. Addressing the underinsurance<br />
gap is a challenge that financial adviser networks are working to address by raising awareness of the<br />
need for cover and ensuring that individuals and families have the right level of protection at each stage<br />
of their lives, as explained by Robert Campbell of financial advisor - Armadale House.<br />
here are a range of circumstances<br />
that change a person's insurance<br />
needs. For this reason, personal needs<br />
must be reviewed regularly. Those who<br />
take a 'set and forget' strategy run the<br />
risk of being left with inadequate or inappropriate<br />
cover as do advisers who do<br />
not regularly review their client insurance<br />
portfolios.<br />
Why the underinsurance<br />
problem exists<br />
In addition to the 'set and forget' approach<br />
to insurance cover, there are two<br />
other reasons the underinsurance problem<br />
exists: the perceived costs and the<br />
effort associated with changing a policy.<br />
Many individuals and families are concerned<br />
that a change in their situation will<br />
result in a substantial premium increase,<br />
yet adequate levels of term life insurance<br />
for the average working Australian<br />
cost the same as a daily cup of coffee. In<br />
addition, people believe that revising a<br />
policy is a particularly time-consuming<br />
task (and to be fair, this has traditionally<br />
been the case).<br />
This type of change has required financial<br />
advisers to invoke a future insurability<br />
clause if the life insured has experienced<br />
one of the pre-defined events: written an<br />
additional policy for the increased sum<br />
insured, or cancelled the original policy<br />
and rewritten a new one.<br />
All of these options take time and effort,<br />
and all of them have limitations:<br />
• The future insurability clause is terrific<br />
if the client has met one of the pre-defined<br />
events stipulated in the contract.<br />
Unfortunately, life is not that predictable<br />
- and the need for addition¬al<br />
life insurance may be predicated by a<br />
number of additional factors not listed<br />
in the policy document<br />
73% of parents stated that if the main<br />
breadwinner of the family was unable<br />
to work, the family's lifestyle would be<br />
adversely affected<br />
• Writing an additional policy often<br />
involves questionnaires, blood tests,<br />
medicals and reports from doctors - all<br />
activities that an individual would have<br />
completed when they took out their<br />
original policy;<br />
• Replacing an existing policy requires<br />
the adviser to justify the replacement,<br />
which often involves a comparison of<br />
benefits, features, premiums and the<br />
claims-paying ability of the original and<br />
replacement policies.<br />
Addressing the underinsurance problem<br />
that currently exists in Australia requires<br />
a three-pronged solution. Advisers must<br />
continue to educate the community about<br />
the importance of life insurance, including<br />
the need for the right cover at all stages of<br />
life. Financial advisers also need to continue<br />
actively managing their clients' needs<br />
by reviewing their coverage regu¬larly to<br />
ensure their insurance remains relevant at<br />
each stage of their life. And finally, insurance<br />
companies must make it easier for<br />
a client to amend their cover when their<br />
situation changes.<br />
Be prepared<br />
• 37% of people believe life insurance<br />
is a low priority compared to other<br />
financial commitments<br />
• In a recent survey, 73% of parents<br />
stated that if the main breadwinner<br />
of the family was unable to work, the<br />
family's lifestyle would be adversely<br />
affected<br />
• The average level of term and permanent<br />
disability insurance in Australia is<br />
$162,000, compared to a suggested<br />
amount which is more than four times<br />
that figure at $517,000.<br />
Robert Amos of Armadale House can be<br />
contacted on 03 9500 0500 to provide further<br />
details as they relate to your situation.<br />
www.armadalehouse.com.au<br />
Armadale House Pty Ltd is an Authorised Representatives<br />
of Sentry Financial Planning Pty<br />
Ltd (AFSL 247 105) ABN 74 099 029 526 and the<br />
material contained in this presentation is a summary<br />
only and is based on information that is<br />
believed to be reliable. It is not our intention that<br />
this presentation be used by you as the primary<br />
source of information but as an adjunct to your<br />
own resources and training. No representation is<br />
given, warranty made or responsibility taken as<br />
to the accuracy, timeliness or completeness of<br />
any information or recommendation contained<br />
in this presentation and we will not be liable to<br />
you in contract or tort (including for negligence)<br />
or otherwise for any loss or damage arising as a<br />
result of you relying on any such information or<br />
recommendation (except in so far as any statutory<br />
liability cannot be excluded). The information and<br />
general advice provided do not take into account<br />
any person’s personal objectives, financial situation<br />
or needs and, because of that, you should, before<br />
acting on the information or advice, consider<br />
the appropriateness of the advice, having regard<br />
to your objectives, financial situation and needs<br />
104 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
OHS<br />
How to find money for OHS<br />
Forum<br />
The Principal Work Health and Safety Consultant for the Chamber of Commerce and Industry<br />
Queensland, Steve Griffiths, says OHS practitioners who "do their homework and speak the language of<br />
management" will be able to attract funding for occupational health and safety initiatives. The Chamber<br />
will present a free seminar at the Queensland Safety Show on 22 June that explains where to find grants<br />
and other funding for OHS, how to budget and be sure of a return on investment. By Marian Macdonald<br />
t's naïve to think employers are going<br />
to spend money on anything that is<br />
not justified, including OHS, and practitioners<br />
need to learn to present a powerful<br />
cost-benefit analysis to management.<br />
The good news is that the basic risk<br />
assessment tool so familiar to OHS practitioners<br />
provides a very sound foundation<br />
for a compelling business case for OHS investment.<br />
But only the foundation. A much<br />
more business-oriented five-step process<br />
is needed to build a capital expenditure<br />
proposal that will resonate with managers<br />
and employers.<br />
Step 1: Get hard data<br />
Begin with a thorough risk assessment that<br />
includes hard data to support your case.<br />
Larger businesses may already have<br />
their own injury data, but if that's not<br />
available use statistics gathered by the<br />
regulators and Safe Work Australia.<br />
The Victorian WorkCover Authority and<br />
Workplace Health and Safety Queensland<br />
publish industry hotspot information that<br />
will help you identify the likely areas of<br />
concern for your business and back that<br />
up with data.<br />
Step 2: Analyse the costs and<br />
benefits<br />
Senior managers evaluate expenditure<br />
proposals in terms of costs and savings.<br />
OHS practitioners must learn to speak<br />
that language.<br />
There's also a new legal imperative.<br />
From next year, the national work health<br />
and safety laws require employers to<br />
demonstrate they ensure health and<br />
safety as far as reasonably practicable,<br />
so a cost-benefit analysis is an important<br />
part of decision making.<br />
Use risk management principles that<br />
take frequency and severity into account<br />
to put a value on the risk of not under-<br />
taking the project. Look at it from every<br />
angle: work health and safety projects<br />
also often generate measurable savings<br />
in terms of productivity.<br />
Step 3: Prioritised<br />
recommendations<br />
No business can address every risk instantly.<br />
Use the risk matrix to create a<br />
recommended program that systematically<br />
addresses high-priority risks.<br />
Step 4: Communicate<br />
Don't simply email your report to management.<br />
Occupational health and safety<br />
practitioners have a responsibility to educate<br />
employers about risk management.<br />
Talk the plan through and, if necessary,<br />
revise your report to match management<br />
expectations.<br />
Step 5: Persevere or find<br />
another approach<br />
Many OHS initiatives that are rejected<br />
initially are ultimately adopted, so perseverance<br />
is important. On the other<br />
hand, there is often more than one way<br />
to address safety hazards and it is also<br />
worthwhile reviewing the risk assessment<br />
to consider alternative control measures.<br />
Employers also need to be aware of the<br />
industry standard for managing the hazard<br />
and they need to keep abreast of new<br />
control measures.<br />
Of course, a lot of safety initiatives<br />
require little or no capital expenditure.<br />
Many injuries result from unsafe behaviour<br />
that stems from the attitudes and<br />
actions of managers. Workers take their<br />
cue from what managers say and do,<br />
rather than what is in the policy handbook.<br />
Perhaps the most lasting investment any<br />
organisation can make is to ensure the<br />
behaviour of its managers is consistent<br />
with its values.<br />
The CCIQ presentation, Where to Find<br />
Money for OHS, joins a line-up of very<br />
practical free manufacturing and workplace<br />
safety seminars at the Queensland<br />
Safety Show. Experts will explain how to<br />
attract funding, what to expect from new<br />
WHS laws, how meet obligations manageably<br />
and build profitability.<br />
Sponsored by myosh, the Queensland<br />
Safety Show, Materials Handling Show and<br />
co-located Queensland Manufacturing<br />
Show run from 21-23 June <strong>2011</strong>, at the<br />
Brisbane Convention & Exhibition Centre.<br />
For more information, visit qldsafetyshow.<br />
com.au, email safetyvisitor@aec.net.au or<br />
phone Australian Exhibitions & Conferences<br />
Pty Ltd on 03 9654 7773.<br />
New manufacturing feature for Queensland Safety Show<br />
The Queensland Safety Show and Queensland Materials Handling hosts a new feature:<br />
the Queensland Manufacturing Show, which will showcase the latest technologies<br />
in conventional and CNC machine tools, sheet metal working equipment, CAD/CAM<br />
software, programming systems and general industrial engineering products. It will<br />
offer thousands of visitors the opportunity to make face to face contact with major<br />
suppliers of the latest technologies available, as well as keeping up to date with<br />
work health and safety requirements. Complementing the products and services,<br />
the Queensland Safety Show will offer a line-up of very practical free manufacturing<br />
and workplace safety seminars. Experts will explain how to attract funding, what to<br />
expect from new OHS laws, how meet obligations manageably and build profitability<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
105
Forum<br />
LAW<br />
Who owns the mould<br />
When entering into a manufacturing agreement with a customer, payment and ownership aspects need<br />
to be covered - for your protection, as explained by Paul Kirton of law firm Macpherson+Kelley.<br />
he physical ownership and intellectual<br />
property aspects of manufacturing<br />
agreements are often forgotten until<br />
disputes arise. This often occurs when<br />
a party terminates an agreement early<br />
but no-one considered what happens on<br />
termination, what compensation may<br />
be payable, and most importantly, who<br />
owns the physical assets and intellectual<br />
property created under the agreement.<br />
These issues were highlighted in the<br />
recent Federal Court case of LED Technologies<br />
Pty Ltd v Roadvision Pty Ltd. The case<br />
revolved around who owns the moulds<br />
and equipment purchased and made for<br />
the new agreement, how tooling costs are<br />
to be recovered by the manufacturer and<br />
who can use the moulds and equipment<br />
after termination.<br />
In this case, after the agreement between<br />
LED and its manufacturer came to<br />
an end, Roadvision, a competitor of LED,<br />
approached the manufacturer to have it<br />
make similar products. The manufacturer<br />
used some of the moulds made for LED's<br />
products to make Roadvision's product.<br />
When entering into a manufacturing<br />
agreement with a customer these payment<br />
and ownership areas need to be<br />
covered to protect you.<br />
Each deal may be different. The key is<br />
to discuss and agree on all terms before<br />
you start.<br />
Creating new moulds and the purchase<br />
of new equipment is expensive. Either<br />
the client or the manufacturer may bear<br />
all the costs or they may choose to share<br />
the costs. The manufacturer may bear the<br />
costs but amortise it across the product<br />
price for the volumes expected.<br />
Intellectual property<br />
The intellectual property aspects of<br />
the arrangement are often tangled and<br />
complex. The customer may hold Design<br />
Registration over the shape of the product,<br />
preventing anyone else from making<br />
or selling a similar product. Without<br />
Registration, the customer probably has<br />
nothing.<br />
The IP (predominantly copyright) in<br />
the mould's plans or the mould itself<br />
may well belong to the manufacturer (if<br />
it designed and made the mould) or a<br />
third party toolmaker. IP ownership is not<br />
necessarily determined by payment. It is<br />
often better to rely on physical ownership<br />
than IP rights.<br />
Who owns the moulds and<br />
equipment<br />
The agreement should clearly state who<br />
owns the moulds and equipment during<br />
and when the agreement ends or is terminated<br />
early. The fact that a party may<br />
have paid all, a part or an inflated product<br />
price does not necessarily mean they own<br />
the tools and equipment.<br />
Ownership can be structured in a<br />
number of ways. An example is where<br />
the customer is entitled to keep the<br />
assets if the agreement stays in effect<br />
until completion with the manufacturer<br />
keeping the equipment if the agreement<br />
is terminated early. Allowing a party to<br />
keep the equipment if the other party<br />
terminates the agreement early can be a<br />
way of ensuring that the non-defaulting<br />
party is able to minimise its loss.<br />
Amortised costs<br />
Commonly, costs not paid up front by the<br />
customer are built into the unit price of<br />
the item being manufactured. A manufacturing<br />
agreement will normally state<br />
the duration of the agreement and a<br />
minimum number of units to be provided<br />
each month or year. This recovery of costs<br />
assumes that the agreement continues<br />
until completion. Where disputes can<br />
arise is where an agreement is terminated<br />
early or production estimates are not met.<br />
If this occurs, a manufacturer may not<br />
have recovered all of its costs. A simple<br />
way to ensure that all costs are recovered<br />
is to ensure that the agreement contains a<br />
provision that a lump sum payment must<br />
be made by the customer to cover any<br />
outstanding tooling and equipment costs,<br />
if the agreement is terminated early.<br />
However, if the agreement ends early<br />
because the customer goes bust then<br />
recovery of any lump sum is unlikely.<br />
This may be offset by the manufacturer's<br />
ability to sell or use the tool, if covered in<br />
the Agreement.<br />
Who can use the equipment<br />
and in what circumstances<br />
One of the major issues in the LED case<br />
was which parties were entitled to use<br />
the moulds and in what circumstances.<br />
Another way for the manufacturer to recover<br />
costs is to be given the rights to also<br />
use any moulds or equipment purchased<br />
for themselves.<br />
In such circumstances, issues arise<br />
around the conditions on which the manufacturer<br />
can use the moulds. The LED case<br />
specifically involved issues whether the<br />
manufacturer was able to use the moulds<br />
after the agreement had ended.<br />
It should be made clear in any agreement<br />
whether the moulds or equipment<br />
can be used by a manufacturer both<br />
during and after the agreement. Common<br />
restrictions can revolve around the<br />
territories in which the manufacturer can<br />
distribute products made from the moulds<br />
or equipment, or which other parties the<br />
manufacturer can supply with goods made<br />
using the moulds or equipment. Do these<br />
restrictions continue if a party breaches<br />
the agreement<br />
Conclusion<br />
The physical ownership and intellectual<br />
property aspects of a manufacturing<br />
agreement do not need to be complicated<br />
but should be covered in all agreements<br />
with customers. A clear and encompassing<br />
agreement or standard Manufacturing<br />
Terms can save a lot of time, money and<br />
stress in the event of any dispute.<br />
Paul Kir ton, Managing Principal,<br />
Macpherson+Kelley.<br />
Ph: 03 9794 2621<br />
email paul.kirton@mk.com.au<br />
www.mk.com.au<br />
106 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
60 years with men and machines - Part 14<br />
Kate by gaslight<br />
We continue our regular series of instalments from the book “60 years with men and<br />
machines” - the autobiography of US machinist and author Fred Herbert Colvin (1867-1965).<br />
His first-hand experiences of those bygone days are sure to give us unique insights into the era<br />
which laid the foundations of the industry. It is now the turn of the century, and Fred learns<br />
about one of the most interesting women he has ever known<br />
By Fred Colvin<br />
One of the most interesting women<br />
I have ever known was the renowned<br />
Kate Gleason – who I met<br />
at the turn of the century - a kind<br />
of Madame Curie of machine tools;<br />
and at that time the only woman<br />
in the world connected with the<br />
machinery industry in a major<br />
sense*. Kate was an attractive<br />
young lady who had broken several<br />
of the Victorian concepts about<br />
woman’s place being in the home,<br />
and having inherited a flair for<br />
the mechanical from her father,<br />
determined to pursue a career<br />
that had hitherto been considered<br />
the exclusive domain of men with<br />
long beards. Instead of sitting at<br />
home tatting or making samplers,<br />
Kate spent her youth learning her<br />
father’s business from the ground<br />
up, so that when she branched out for<br />
herself about 1895 as a saleswoman for<br />
her father’s gear-cutting machines, she<br />
knew as much as any man in the business.<br />
A.H. Carpenter (who I met at the<br />
ASME meetings) told me the story of<br />
how Kate came one day to the Acme<br />
Machinery Company, of which he was<br />
the manager, intent on selling them a<br />
batch of Gleason gear cutters. Carpenter<br />
was certain that this slim young<br />
girl knew little or nothing about the<br />
product she was selling and determined<br />
to prove this by calling in Thompson,<br />
his gear expert, to test her knowledge.<br />
The conversation, as Carpenter remembered<br />
it, went something like this:<br />
“Well, young woman,” Thompson began,<br />
“tell us what you can about your<br />
father’s gear-cutting machines, in a<br />
general way at least - although I should<br />
warn you that I am considered something<br />
of an expert.”<br />
“I am very glad to hear that, sir,”<br />
said Kate demurely, “for it will make<br />
what I have to say that much easier.”<br />
“Our machines, sir, are intended for<br />
making bevel gears only, although like<br />
all other gear-cutting machines, they<br />
are merely specially designed milling<br />
or shaping machines, which, when used<br />
with a rotary cutter such as in our bevel-gear<br />
planer, fall into the milling-ma-<br />
chine class - a feature that gives them<br />
greater speed of operation and a greater<br />
degree of accuracy. As you know, the<br />
accuracy of the teeth depends upon the<br />
proper shaping of the teeth of the cutting<br />
tool, and the spacing on the accuracy<br />
of the indexing mechanism used,<br />
regardless of whether the gear teeth<br />
are being cut by a tool that follows a<br />
path established by a template, or by<br />
a cutter shaped to the space between<br />
the teeth, or by the relative motion of<br />
the cutter and gear. Now, on our spiral<br />
bevel gears. “Your what” interrupted<br />
Thompson, somewhat bewildered by<br />
Kate’s rapid-fire delivery.<br />
“Spiral bevel. You’re familiar with<br />
them, I’m sure”<br />
“Er ... oh, certainly, Miss Gleason<br />
- I’ve seen them around. I mean I’ve<br />
heard of them - in fact we’ve got quite<br />
a few spiral gears here at Acme. They<br />
sort of run together at an angle, don’t<br />
they” “Ah but those are not really<br />
spiral gears, you see. They are really<br />
spur gears with helical teeth, whereas<br />
true spiral bevel gears have spiral or<br />
curved teeth that are cut with a trepanning<br />
machine. And these machines<br />
are made only by the Gleason Works.<br />
You see the difference”<br />
“Sure - I was just thinking of the<br />
other type - I mean when you said spiral,<br />
well, a spiral is a spiral, you know.”<br />
“Not necessarily,” said Kate,<br />
with a sweet smile, “but let us go<br />
back to the theory of gears. If it<br />
were possible to have a modification<br />
of the spiral bevel in which<br />
the pinion is located below or<br />
above the center of the mating<br />
gears, what kind of gear action<br />
would you expect from that sort of<br />
arrangement”<br />
“Why, er ... what kind of gear<br />
action, you say “The action of spiral<br />
bevel gears under this arrangement,”<br />
continued Kate, ignoring<br />
Thompson’s embarrassment, and<br />
sketching with her gloved fingertip<br />
a few mystifying circles in the<br />
air, “should more nearly approach<br />
that of a worm drive, the location<br />
of the pinion permitting its shaft<br />
to extend beyond the gear for support<br />
or other reasons. Such a gear<br />
arrangement exists in theory only<br />
of course, though a few designers are<br />
said to be working on the problem at<br />
the present time,”<br />
“Are they .That is to say, they<br />
are, aren’t they” Thompson fumbled,<br />
beginning to wish Miss Gleason were<br />
back in Rochester.<br />
“Yes. But I really wanted to talk<br />
about our gear-cutting machines. Now<br />
first let us consider a pair of miter<br />
gears, where the angle of intersection<br />
is 45 degrees. If we . .”<br />
“Excuse me, Miss Gleason,” interrupted<br />
Thompson, mopping his brow<br />
with his handkerchief, “but if you don’t<br />
mind I would like to continue this interesting<br />
discussion at another time. I believe<br />
I have a slight touch of migraine<br />
coming on.” And he left the office hurriedly<br />
without having given Kate an<br />
opportunity for placing an order for<br />
Gleason gear cutters.<br />
To be continued…<br />
Sixty Years With Men and Machines,<br />
The Autobiography of Fred H Colvin,<br />
Master Machinist, original copyright<br />
1947, McGraw-Hill Publishing, reprinted<br />
by Lindsay Publications Inc, 1988, USA.<br />
*In 1914 Kate Gleason was the first<br />
woman elected to full membership in<br />
the American Society of Mechanical<br />
Engineers<br />
<strong>May</strong><br />
Australian<br />
<strong>2011</strong><br />
Manufacturing<br />
Australian Manufacturing<br />
Technology<br />
Technology<br />
<strong>May</strong> <strong>2011</strong><br />
107
Exhibition<br />
Calendar <strong>2011</strong><br />
INDUSTRY CALENDAR<br />
I N T E R N A T I O N A L<br />
Fabtech<br />
11-13 <strong>May</strong> <strong>2011</strong><br />
Mexico, Mexico city<br />
Includes: coil processing; plate and<br />
structural fabricating; punching; robotics;<br />
shears; tube and pipe equipment; laser and<br />
plasma cutting; press brakes; roll forming;<br />
saws and cut-off machines; tooling.<br />
www.fabtechmexico.com<br />
EASTEC <strong>2011</strong> Exposition<br />
USA, Massachusetts<br />
17-19 <strong>May</strong> <strong>2011</strong><br />
Machine tool exposition and complete<br />
business experience dedicated to keeping<br />
companies competitive.<br />
www.sme.org (click on “events”)<br />
Plastic Design & Moulding<br />
17-18 <strong>May</strong> <strong>2011</strong><br />
UK, London<br />
UK’s leading annual plastics event for<br />
plastics design and moulding<br />
www.pdmevent.com<br />
Chinaplas<br />
17-20 <strong>May</strong> <strong>2011</strong><br />
China, Guangzhou<br />
International exhibition for the plastics<br />
and rubber industries. Includes:<br />
ancillary equipment, blow moulding<br />
machines, chemicals & raw materials,<br />
extruders,injection moulding machines,IT<br />
applications/CAD/CAM, reactive resins,<br />
measuring, control & test equipment,<br />
moulds & dies, welding machines, etc<br />
Email: publicity@adsale.com.hk<br />
www.chinaplasonline.com<br />
Plastpol<br />
24-27 <strong>May</strong> <strong>2011</strong><br />
Poland<br />
International plastics and rubber processing<br />
exhibition<br />
www.targikielce.pl/index.htmlk=plastpol_en<br />
Email: perz.k@targikielce.pl<br />
Chinaplas <strong>2011</strong><br />
17-20 <strong>May</strong> <strong>2011</strong><br />
China, Guang Zhou<br />
Plastics & rubber trade fair<br />
www.chinaplasonline.com<br />
PLASTEC East<br />
7-9 June <strong>2011</strong><br />
USA, New York<br />
Plastics exhibition. Includes primary<br />
processing machinery, CAD and<br />
manufacturing, production machinery,<br />
materials, moulds, automation technology,<br />
materials handling/logistics, a full range of<br />
contract service providers<br />
www.canontradeshows.com/expo/plaste11<br />
InterPlas Thailand<br />
23-26 June <strong>2011</strong><br />
Thailand, Bangkok<br />
Plastics & rubber manufacturing exhibition<br />
www.interplasthailand.com<br />
IMTOS<br />
26-29 <strong>May</strong> <strong>2011</strong><br />
India, New Delhi<br />
Email: info@imtos.com<br />
www.imtos.com/imtos/imtos_<strong>2011</strong>.html<br />
Blechexpo and Schweisstec<br />
6-9 June <strong>2011</strong><br />
Germany, Stuttgart<br />
International trade fair for sheet metal<br />
processing. Supplemented with Schweisstec<br />
with its focus on joining technologies,<br />
Schweisstec will present all relevant<br />
mechanical and thermal joining and bonding<br />
techniques, as well as thermal cutting and<br />
welding processes.<br />
www.blechexpo-messe.de/en/<br />
Green manufacturing expo<br />
USA (different dates/venues):<br />
7-9 June <strong>2011</strong> New York<br />
21-23 June <strong>2011</strong> Toronto<br />
20-22 Sept <strong>2011</strong> Rosemont<br />
This expo presents the full spectrum of<br />
sustainable manufacturing solutions and is<br />
part of one of the largest advanced design<br />
and manufacturing events in the US. Includes<br />
resources for long-term cost savings, improved<br />
process efficiency, and reduced waste.<br />
Email: greenmfginfo@cancom.com<br />
www.canontradeshows.com/expo/gmx11<br />
The Africa Iron Ore Conference <strong>2011</strong><br />
7-8 June <strong>2011</strong><br />
South Africa, Cape Town<br />
With a potential for West Africa production of<br />
iron ore to increase from near zero to more<br />
than 300mt pa by 2015 this conference will<br />
look at the challenges involved: from political<br />
and sovereign risks, to lack of infrastructure,<br />
to considerable shipping distance to the main<br />
customer - China.<br />
This strategic mining forum will bring together<br />
the major players<br />
www.immevents.com/africaironore<br />
IMTOS<br />
26-29 <strong>May</strong> <strong>2011</strong><br />
India, New Delhi<br />
Includes machine tools, heavy machinery,<br />
CNC machines, sheet metal working, hydraulic<br />
press, press brake, shearing machines, hand/<br />
cutting tools, air compressors, automation,<br />
metrology, testing/measuring, motors &<br />
motor drives, welding.<br />
Email: info@imtos.com<br />
www.engimach.com/imtos/imtos_<strong>2011</strong>.html<br />
12th China Exhibition on sheetmetal,,<br />
machinery, forging, stamping and setting<br />
equipment<br />
23-25 June <strong>2011</strong><br />
China, Guangzhou<br />
(Pearl river delta - the manufacturing centre<br />
of China) . Includes: Sheetmetal forging,<br />
punching, plate shearing machines , various<br />
kinds of pressing machines, hydraulic<br />
machines, oil press, cylinder, oil cylinder,<br />
precision pressing machines, etc.forging press<br />
machines & accessories.<br />
www.julang.com.cn<br />
InterPlas Thailand<br />
23-26 June <strong>2011</strong><br />
Thailand, Bangkok<br />
Composites International <strong>2011</strong> Show (colocated);<br />
plastics & rubber forum,<br />
Includes: pre-processing/ recycling/<br />
blow moulding machines, foam, reactive<br />
or reinforced resins, rubber processing<br />
equipment, rapid prototyping, bending,<br />
folding,edge-trimming machines etc.<br />
auxiliary components.<br />
Email: interplas@reedtradex.co.th<br />
www.interplasthailand.com<br />
Eastpo<br />
28 June -1 July <strong>2011</strong><br />
China, Shanghai<br />
Includes machine tools, turning/drilling/<br />
boring/milling/grinding/deburring machines,<br />
machining centres, flexible manufacturing,<br />
gear cutting machines, ,sheet metal cutting<br />
machines, electrochemical machining, micro<br />
machining.<br />
Email: eastpo.net@gmail.com<br />
http://en.eastpo.net<br />
MTA Vietnam <strong>2011</strong><br />
5-8 July <strong>2011</strong>,<br />
Vietnam, Ho Chi Minh City<br />
For the machine tool, precision engineering<br />
and metalworking industries. Vietnam<br />
imports 94% of its metalworking equipment<br />
and mechanical products and only 6% of<br />
demand is met by local manufacturers.<br />
Industrial production in Vietnam is growing<br />
at over 19% per year and imports of modern<br />
technology continue to increase at an annual<br />
30%.<br />
Email: atodd@oesallworld.com<br />
www.allworldexhibitions.com/industry.<br />
aspid=9<br />
PDMAEC<br />
17-20 August <strong>2011</strong><br />
Philippines, Manila<br />
Die & mould machinery and equipment<br />
exhibition. The bi-annual events incorporates<br />
Autocor <strong>2011</strong> (automation, controls,<br />
robotics, accessories & services exhibition),<br />
108 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
L O C A L<br />
It is recommended to contact exhibitor before attending event<br />
Machine Tools <strong>2011</strong>, Metfin <strong>2011</strong> (metal<br />
finishing, equipment, tools, accessories &<br />
services exhibition), Metrology outsourcing<br />
and engineering <strong>2011</strong>, Philplas <strong>2011</strong><br />
(plastics, machinery), Philweld <strong>2011</strong> and<br />
Sheetmetal <strong>2011</strong><br />
Email: mai_mgt@compass.com.ph<br />
http://pdmaec.brinkster.net/<br />
COMS <strong>2011</strong><br />
(Commercialization of micro-nano systems<br />
conference)<br />
28-31 August, <strong>2011</strong><br />
USA, North Carolina<br />
Focuses on accelerating commercialization<br />
activity among established and emerging<br />
micro and nano businesses. Key industries<br />
include advanced manufacturing,<br />
aerospace and aviation, automotive,<br />
biopharmaceuticals, defence, energy.<br />
Email: info@ mancef.org<br />
http://mancef.org/COMS<strong>2011</strong><br />
Vietnam Manufacturing Expo<br />
15-17 September <strong>2011</strong><br />
Vietnam, Hanoi<br />
Consists of four intl. exhibitions: InterPlas<br />
Vietnam (for plastics and rubber<br />
manufacturing,);InterMold Vietnam (for<br />
mould and die making,); Automotive<br />
Manufacturing Vietnam (for automotive<br />
parts manufacturing) and “Automation<br />
Vietnam”<br />
www.vietnammanufacturingexpo.com<br />
EMO<br />
19-24 September <strong>2011</strong><br />
Germany, Hannover<br />
Trade fair for metalworking technology.<br />
Includes cutting and forming machine tools,<br />
manufacturing systems, precision tools,<br />
automated materials flows, computer<br />
technology, industrial electronics and<br />
accessories.<br />
Email: emo@vdw.de<br />
www.emo-hannover.de<br />
4th Surat Basin Coal & Energy Conference<br />
11-12 <strong>May</strong> <strong>2011</strong><br />
Brisbane<br />
Focus on the Surat Basin – as huge potential<br />
opportunities lie within this large body of<br />
shallow untapped thermal coal, which is<br />
deemed to be greenhouse friendly.<br />
www.informa.com.au/suratbasin<br />
Austech, Ausplas, NMW<br />
24-27 <strong>May</strong> <strong>2011</strong><br />
Melbourne Exhibition Centre<br />
In <strong>2011</strong>, Austech and National Manufacturing<br />
Week (NMW) will line up alongside Ausplas<br />
international plastics industry exhibition.<br />
Austech is the only show specifically targeted<br />
at the metalworking, machine tool and<br />
ancillary market being held in Australia in <strong>2011</strong>.<br />
The conjoined shows will make the alreadycombined<br />
NMW/Austech Australia’s largest and<br />
most comprehensive industry exhibition.<br />
Ph: 03 9800 3666.<br />
Email: kwarren@austechexpo.com.au.<br />
www.austechexpo.com.au<br />
www.ausplas.com<br />
www.nationalmanufacturingweek.com.au<br />
14th Annual Global Iron Ore & Steel<br />
Conference & Exhibition<br />
Sheetmetal Industry Association (SIA)<br />
Industry Gala Dinner<br />
3 June <strong>2011</strong>, 7pm<br />
NSW, Doltone House, Darling Island Wharf,<br />
Pyrmont<br />
Ticket Sales: Phone: 0413 968 964 or<br />
events@sheetmetalaustralia.com.au<br />
events@sheetmetalaustralia.com.au<br />
www.sheetmetalaustralia.com.au<br />
Queensland Safety Show/Materials Handing<br />
21-23 June <strong>2011</strong><br />
Brisbane Convention & Exhibition Centre<br />
Includes workplace health and safety<br />
solutions and services including new and<br />
innovative ways to improve workplace<br />
performance. Co-locating with Qld<br />
Manufacturing Show. (Debut showcase of<br />
the latest technologies in conventional and<br />
CNC machine tools, sheetmetal working<br />
equipment, CAD/CAM, programming systems<br />
and general industrial engineering products.<br />
Provides the opportunity of face to face<br />
contact with major suppliers of the latest<br />
technologies available, as well as keeping up<br />
to date with WHS requirements).<br />
Email safety@aec.net.au<br />
www.qldsafetyshow.com.au<br />
IAHR Congress<br />
26 June – 1 July <strong>2011</strong><br />
Brisbane Convention Centre<br />
Hydraulics in water engineering.<br />
IAHR is a worldwide independent<br />
organisation of engineers and water<br />
specialists working in fields related to the<br />
hydro-environmental sciences and their<br />
practical application. Activities range from<br />
river and maritime hydraulics to water<br />
resources development and eco-hydraulics,<br />
through to ice engineering, hydroinformatics<br />
and continuing education and training<br />
www.iahr<strong>2011</strong>.org<br />
Mining & Engineering WA<br />
5-7 July <strong>2011</strong><br />
WA, Perth<br />
Biennial mining industry exhibition and<br />
conference that focuses on the unique needs,<br />
challenges and opportunities facing Western<br />
Australia’s mining industry.<br />
Email: rme@reedexhibitions.com.au<br />
www.miningandengineeringwa.com.au<br />
Queensland Gas Conference & Exhibition<br />
16-17 August <strong>2011</strong><br />
Brisbane Convention Centre<br />
Examines Qld-specific Coal Seam Gas - LNG<br />
issues and how these relate to the broader<br />
domestic & international market. Focuses<br />
on the unique needs, challenges and<br />
opportunities facing Queensland’s coal seam<br />
gas industry.<br />
E: david.mccarthy@reedexhibitions.com.au<br />
www.queenslandgasconference.com.au<br />
Smart Automation<br />
4-6 October <strong>2011</strong><br />
Austria, Linz<br />
Industrial automation trade fair, contact<br />
platform and discussion forum and displays<br />
all the most intelligent solutions for<br />
industrial automation in Austria.<br />
Email: julia.tatzber@messe.at<br />
www.smart-automation.at<br />
Metalex Vietnam<br />
6-8 October<br />
Vietnam, Saigon<br />
Machine tools and metalworking<br />
technology<br />
www.metalexvietnam.com<br />
INNOVATION INSIGHTS PLANT TOUR SCHEDULE<br />
Innovation Insights is a program comprising on-site visits to Victorian<br />
manufacturing companies to showcase “Best Practice” in action.<br />
Each visit will be hosted by a company that has successfully implemented,<br />
and achieved real benefits from these practices. Offers a first-hand view of<br />
the improvements and provides the opportunity to speak with managers and<br />
employees about their experiences.<br />
Host Company Place Date Time<br />
Holden Engine Operation Port Melbourne 21 June <strong>2011</strong> 9.00am – 12.30pm<br />
GlaxoSmithKline Aust. P/L Boronia 23 June <strong>2011</strong> 9.00am – 1.00pm<br />
For further information on the listed plant tours contact<br />
Innovation Insights on the toll- free number: 1800 007 730<br />
Register online at: www.i2e.org.au<br />
Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
109
AMTIL MEMBER PROFILE<br />
SUTTON TOOLS<br />
Headland Machinery Pty Ltd<br />
95 Highbury Road<br />
Burwood, VIC 3125<br />
Ph: 1300 592 061<br />
sales@headland.com.au<br />
www.headland.com.au<br />
Established in 1949, Headland is an Australian-owned and operated, multi-generation<br />
family company, with a proud history of supplying machinery equipment to the<br />
manufacturing and engineering sectors for more than 60 years. Headland is a leading<br />
supplier of machinery, software and services throughout Australia & New Zealand.<br />
Products include laser cutting machines, machining centres and vertical storage system.<br />
The purpose of Headland is to identify opportunities for our clients to improve<br />
their bottom line, through improved efficiencies and expanded capabilities. With a<br />
deep understanding of the benefits of innovative machine technology and enduring<br />
commitment to technical service and support, Headland has the long-term experience<br />
and service history for individual machinery and machinery brands. This allows<br />
Headland to recommend and specify manufacturing and engineering machinery, with<br />
a degree of authority unequalled in Australia.<br />
AMTIL NEW MEMBERS<br />
Bee Engineering P/L<br />
68 Killara Rd<br />
Campbellfield, VIC 3061<br />
T: 03 9357 0346<br />
beeeng@bigpond.net.au<br />
Nachi (Aust) P/L<br />
Unit 1, 23-29 South St<br />
Rydalmere, NSW 2116<br />
T: 02 9898 1511<br />
sales@nachi.com.au<br />
www.nachi.com.au<br />
CI Power<br />
57 Victoria St<br />
Fitzroy, VIC 3065<br />
T: 1300 247 693<br />
mtuke@cipower.com.au<br />
www.cipower.com.au<br />
Panelprint P/L<br />
34 Taylors Rd<br />
Croydon, VIC 3136<br />
T: (03) 9725 0444<br />
sales@panelprint.com.au<br />
www.panelprint.com.au<br />
Accessories for Manufacturing....................25<br />
Advanced Business Manager.......................88<br />
Alfex CNC......................................... 21 ,22, 45<br />
Amada.........................................................IBC<br />
AMTIL Austech........................................... 4, 5<br />
Applied Machinery...................................... 57<br />
Australian Exhibitions & Conferences.........19<br />
Belmatic ...................................................... 77<br />
Bennett Precision Tooling............................83<br />
Biesse Group................................................ 65<br />
Camplex P/L................................................. 93<br />
CMM Inspection & Metrology<br />
Solutions..................................................... 92<br />
DMG/Mori Seiki........................................... 39<br />
Export Finance and Insurance<br />
Corporation (EFIC)....................................... 13<br />
ADVERTISERS INDEX<br />
Enterprise Connect...................................... 30<br />
Farley Laser Lab........................................... 17<br />
FM Tool & Gauge.......................................... 59<br />
Haco-Kingsland Australia............................. 55<br />
Hare & Forbes ............................................. 63<br />
Idronic P/L.................................................. 101<br />
Iscar Australia............................................ 2, 3<br />
Kyocera.......................................................... 7<br />
Logan Office Of Economics-................... 68, 69<br />
LS Starrett ................................................... 78<br />
Machinery Forum NSW P/L.......................... 67<br />
Memko P/L.................................................100<br />
MTI Qualos .................................................. 35<br />
ONC CNC...................................................... 71<br />
Performance Waterjet................................. 86<br />
Punchtech Australia..................................... 82<br />
Purgon Engineering...................................... 96<br />
Quality Machine Tools................................. 53<br />
Realtek............................................15, 47, 103<br />
Recruit Australia............................................ 8<br />
Roaring Success........................................... 87<br />
Ronson Gears............................................... 89<br />
SECO Tooling................................................ 37<br />
SEI Carbide................................................... 49<br />
Slater Tools.................................................. 79<br />
Stillam.......................................................... 61<br />
Sutton Tools................................................. 33<br />
Taegutec......................................................... 9<br />
Tungaloy....................................................... 81<br />
Walter.......................................................... 41<br />
Winterthur Technology Group.................. OBC<br />
WYSIWYG..................................................... 97<br />
110 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology
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Australian Manufacturing Technology <strong>May</strong> <strong>2011</strong><br />
111
112 <strong>May</strong> <strong>2011</strong> Australian Manufacturing Technology<br />
Out Back Cover