ProNews_1_06_EN.pdf - Kemppi
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ProNews_1_06_EN.pdf - Kemppi
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<strong>Kemppi</strong> customer magazine<br />
1/20<strong>06</strong> <strong>EN</strong>
Foto<br />
© Bureau TOP / DigiDaan<br />
22<br />
12<br />
Editorial<br />
3 <strong>Kemppi</strong> <strong>ProNews</strong> updated<br />
Productive welding<br />
5 <strong>Kemppi</strong> Pro Evolution for all industrial welding<br />
processes<br />
Case<br />
7 Daewoo Shipbuilding & Marine Engineering<br />
Co. Ltd trusts <strong>Kemppi</strong> Pro Evolution<br />
7<br />
In co-operation<br />
11 Elder enthusiasts restore aircrafts<br />
12 Arena Riga - the stage for high drama<br />
Foto: LKA/Keijo Penttinen<br />
14 26<br />
Do it yourself<br />
14 Smoked delicacies from your own smoker<br />
Design<br />
18 Story of the badge<br />
Close-up<br />
20 The decal is proof of high quality<br />
What’s up<br />
26 Fresh news in short<br />
Other topics<br />
New EU environmental directives control product<br />
integration 9<br />
New dimension in TIG and MMA welding 17<br />
Top youth compete using <strong>Kemppi</strong> machines 22<br />
<strong>Kemppi</strong> – The Joy of Welding 25<br />
<strong>Kemppi</strong> Oy Subsidiaries and Sales Offices 31<br />
2 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong><br />
18<br />
<strong>Kemppi</strong> Oy customer magazine<br />
Publisher: <strong>Kemppi</strong> Oy, P.O. Box 13, 15801 Lahti, Finland.<br />
Internet: www.kemppi.com. Telephone: +358 3 899 11.<br />
Editor-in-chief: Hannu Jokela.<br />
Sub-editor: Elina Suomalainen.<br />
Photos: Risto Kallio and Teemu Töyrylä. Lay-out: Tekijätiimi Oy.<br />
Subsciptions and changes of address: <strong>Kemppi</strong> Oy.<br />
Telefax: +358 3 899 445.<br />
Printed by: N-Paino, Lahti, Finland, 20<strong>06</strong>.<br />
Issued: 3 times a year. ISSN 0784-2708.
<strong>Kemppi</strong> <strong>ProNews</strong><br />
updated<br />
EDITORIAL<br />
You are currently reading the new<br />
<strong>Kemppi</strong> Oy <strong>ProNews</strong> customer newsletter.<br />
We updated the newsletter to<br />
provide a more clearly formatted welding<br />
industry trade journal. <strong>Kemppi</strong> <strong>ProNews</strong> will<br />
continue to present new products, product<br />
updates and our services. We will make every<br />
effort to provide a more practical presentation<br />
of our work results, as well as survey user<br />
opinions of them.<br />
We want to draw more attention to solutions<br />
for different fields on which our customers<br />
the world over have given their views. The<br />
purpose is to provide information on projects<br />
done in co-operation with <strong>Kemppi</strong> as well as<br />
their challenges, goals and realisation. Customer-specific<br />
examples contain fresh ideas<br />
and practical models for the utilisation of<br />
<strong>Kemppi</strong> products and services.<br />
A significant part of our newsletter’s content<br />
will also include welding technology and related<br />
welding processes. We will continue to<br />
provide information on the development of<br />
various welding methods and the results of<br />
our own welding research. In this way, we will<br />
hopefully be able to help our customers find<br />
more productive ways to tackle welding challenges<br />
for their own needs.<br />
We consolidated our news bulletins for easier<br />
access. A concise Q&A column does just what<br />
its name says: we will publish frequently<br />
asked questions and the answers to them.<br />
Design plays a crucial role in <strong>Kemppi</strong>’s R&D. It<br />
does not only comprehend design, but also<br />
usability and high quality. <strong>Kemppi</strong> <strong>ProNews</strong><br />
focuses on <strong>Kemppi</strong> design details as well as<br />
how it can be utilised in everyday welding<br />
work.<br />
<strong>Kemppi</strong> design was rewarded in February<br />
with the receipt of the internationally prestigious<br />
red dot design award for its Minarc-<br />
Mig Adaptive 180. The red dot award is the<br />
recognition of exceptionally high-quality<br />
product design by an international panel of<br />
experts. In 2005 the competition received<br />
2,<strong>06</strong>8 product entries from over 40 countries.<br />
485 of these entries received red dot awards.<br />
The MinarcMig Adaptive 180 was entered<br />
in the Industry and Crafts category. The red<br />
dot competition is very tough, as the world’s<br />
top corporations, from ABB to Volkswagen,<br />
are represented. Generally, the only entries<br />
submitted to the competition are products<br />
which are considered to be innovative in their<br />
respective fields and which have a specific<br />
novelty value. Previous Finnish recipients of<br />
the red dot award are Nokia and Fiskars.<br />
As the saying goes, a rolling stone gathers<br />
no moss. This is why we would like you, the<br />
reader, to provide us with your input for our<br />
newsletter’s content. We eagerly await your<br />
opinions on our newsletter update, so that<br />
we may always find new ways to do things.<br />
Only an eternal optimist would believe that<br />
an updated newsletter is complete and perfect<br />
from the first issue. Enjoy the newsletter!<br />
HANNU JOKELA<br />
MARKETING DIRECTOR<br />
”<br />
Design does not<br />
only comprehend<br />
design itself, but<br />
also usability and<br />
high quality.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 3
4 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
Photos: Julian Hickman, Blueharbour Creative Media Ltd.<br />
PRODUCTIVE WELDING<br />
<strong>Kemppi</strong> Pro Evolution<br />
for all industrial<br />
welding processes<br />
Choosing an industrial welding machine<br />
can be a difficult task, especially when<br />
welding environments vary so widely.<br />
When considering the purchase of<br />
equipment, one needs to ask the right<br />
questions in order to determine their own<br />
needs: What material(s) will be welded<br />
Where will the machine be used Who<br />
will use it What welding processes are<br />
required Will needs change over time<br />
It is difficult to meet a customer’s varying needs with<br />
just a single machine type, even if it is a multi-process<br />
machine. <strong>Kemppi</strong> took a wide variety of needs into consideration<br />
when designing the world’s first multi-process<br />
welding machine, the <strong>Kemppi</strong> Hilarc, which was<br />
launched at the beginning of the 1980s.<br />
More choice<br />
The <strong>Kemppi</strong> Pro Evolution is a modular multi-process<br />
welding machine range of products, from which over<br />
100 different welding machine variations can be assembled.<br />
It offers a wide selection and maximum flexibility<br />
in machine operation and adaptation. In terms of performance<br />
the product range’s power sources are top of<br />
the line. The power sources are controlled by a microprocessor<br />
and can be used for all DC welding processes.<br />
<strong>Kemppi</strong> Pro Evolution CC/CV power sources are the<br />
welding machine’s basis, around which a<br />
solution that meets the user’s needs can be<br />
assembled.<br />
Needs based<br />
The customer decides what features the<br />
welding machine must have. <strong>Kemppi</strong> offers<br />
the possibility of assembling an entity<br />
that optimally serves the user’s needs.<br />
There are three power sources, control panels,<br />
remote control units, MIG/MAG wire<br />
feeders, HF ignition unit for TIG welding,<br />
cooling units and transport systems.<br />
”<br />
Do you need a<br />
welding machine<br />
for workshop use<br />
or heavy-duty<br />
shipyard work<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 5
”<br />
Significant cost<br />
savings can be<br />
achieved just by<br />
power savings.<br />
Precise arc control<br />
Do you need a welding machine for workshop use next<br />
to a welding table or for heavy-duty shipyard conditions,<br />
fitted with a 50-metre long extension cable You can rest<br />
assured that <strong>Kemppi</strong> has provided the solution you are<br />
looking for many times before.<br />
<strong>Kemppi</strong> engineers have designed the <strong>Kemppi</strong> Pro Evolution<br />
welding system to be digitally operated, so that,<br />
when welding at long distances, the extension cables<br />
used can be as light as possible. The system only requires<br />
a 3-cored copper connection cable for data transmission<br />
between the power source and wire feeder. This<br />
feature allows the arc to be accurately controlled using a<br />
lightweight cable set, which is easy to carry.<br />
Power-efficient alternative<br />
<strong>Kemppi</strong> Pro Evolution power sources have a power factor<br />
of 0.93, which makes them considerably more power<br />
efficient than other products in the same class. Due to<br />
their outstanding efficiency, <strong>Kemppi</strong> power<br />
sources are as much as 30% more power-efficient<br />
than those of many competitors. Significant<br />
cost savings can be achieved just by<br />
power savings, when the machine is used for<br />
years at numerous welding sites. For example,<br />
the power requirement for a 420-ampere<br />
<strong>Kemppi</strong> Pro Evolution welding machine at 400<br />
amperes and an arc length of 36 volts is just 27<br />
amperes per phase.<br />
Exceptional performance<br />
The <strong>Kemppi</strong> Pro Evolution impresses with its performance.<br />
Even the smallest power source in the series is a<br />
serious powerhouse. The <strong>Kemppi</strong> Pro Evolution 3200<br />
delivers 320-amperes with a 100% duty cycle. Attention<br />
should be given to the fact that the maximum voltage capability<br />
for <strong>Kemppi</strong> Pro Evolution 3200 and 4200 power<br />
sources is the same. Due to the high voltage capacity<br />
and outstanding duty cycle performance, the 320 ampere<br />
3200 power sources have enough capacity to provide full<br />
welding power even when using long extension cables.<br />
Lightweight and compact<br />
All <strong>Kemppi</strong> Pro Evolution power sources are the same<br />
size. <strong>Kemppi</strong> Pro Evolution power sources are smaller<br />
and considerably lighter than many other, similar machines.<br />
The small size and light weight of the machine<br />
allows greater options for mobility and easy mounting at<br />
welding sites. •<br />
6 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
Text: Pirjo Pöllänen. Photos: Daewoo Shipbuilding & Marine Engineering Co. Ltd<br />
CASE<br />
DSME trusts<br />
<strong>Kemppi</strong> Pro Evolution<br />
One of the largest shipyards in the world,<br />
Korean DSME (Daewoo Shipbuilding<br />
& Marine Engineering Co. Ltd) chose<br />
<strong>Kemppi</strong> Pro Evolution.<br />
“The easy selection of welding parameters on the wire<br />
feeder control panel, the small and lightweight power<br />
sources, easy to mount on a single transport cart and,<br />
of course, <strong>Kemppi</strong>’s equipment support and advice were<br />
the decisive factors,” explains project engineer Christian<br />
Werner.<br />
Another important factor for the shipyard was the fact<br />
that four wire feeders could be operated with a single<br />
power source.<br />
Located on Geoje Island in Korea, the DSME shipyard<br />
specialises in the construction of freight and tanker<br />
vessels, but also has a major presence in the passenger<br />
liner industry. The size of the shipyard is indicated by<br />
the sheer number of employees: some 1,500 specialists<br />
work in engineering and R&D, while over 10,000 professionals<br />
are involved in the actual construction of vessels.<br />
The shipyard completes approximately 200 vessels<br />
each year.<br />
<strong>Kemppi</strong> Pro Evolution – application<br />
framework<br />
German IMG (Ingenieurtechnik und Maschinenbau<br />
GmbH) designs and manufactures production systems<br />
for the shipbuilding industry. IMG delivered the first automatic<br />
girder welding machine to the DSME shipyard<br />
in 1995. Ten years later, a second automat was developed,<br />
as a new and different technical platform required<br />
a lesser degree of welding mechanisation. In terms of<br />
welding technology the automats are much the same,<br />
with both using <strong>Kemppi</strong> technology.<br />
<strong>Kemppi</strong> Oy Service Technician Jani Vestola has served<br />
as technical support in Korea at the DSME shipyard<br />
since installation and start-up of the welding automat.<br />
He describes the purpose of the automat by explaining<br />
how girders are welded in a ship hull as follows:<br />
”An approximately 20 metre long and over 10 metre<br />
wide sheet is lying on the work surface. 15–20 upright<br />
beams or girders are pre-tacked to this,” he explains.<br />
The system is designed precisely for use in tacking. The<br />
actual welding of beams is done by means of submerged<br />
arc welding.<br />
The welding automat has 43 guns, 21 of which are in<br />
front and 22 behind. The automat has eleven <strong>Kemppi</strong><br />
Pro Evolution 3200 power sources, and in each tacking<br />
phase welding is done with eleven guns simultaneously.<br />
Four Promig 501 wire feeders, which are operated according<br />
to the programmed phasing, are connected to<br />
one <strong>Kemppi</strong> Pro power source. In the first phase guns<br />
1–5 in the front row and 1–6 in the back row are in use.<br />
In the second phase guns 6–11 in the front row and 7–11<br />
in the back row are used. In the third phase guns 12–16<br />
in the front row and 12–17 in the back row are in use. In<br />
the fourth phase guns 17–21 in the front row and 18–22<br />
in the back row are used. •<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 7
8 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> Foto: LKA/Keijo Penttinen
Text: Antti Syrjä, Quality Manager. Photos: Suomen Luonnonkuva-arkisto<br />
New EU environmental<br />
directives control<br />
product integration<br />
Regulation of products and their<br />
environmental impact is increasing<br />
dramatically in the EU. A key part of the<br />
EU Environmental Action Plan is the<br />
Integrated Product Policy (IPP), whose<br />
objective is to reduce the environmental<br />
impact of products throughout their<br />
lifecycle using a variety of means.<br />
Electrical appliances, electronics and IT<br />
industry equipment have been classified<br />
as a product group which has a major<br />
environmental impact. This group also<br />
includes welding equipment.<br />
The primary goal of the Integrated Product Policy is<br />
to develop standardised approaches for the assessment<br />
of product environmental impact, thus allowing for the<br />
identification and comparison of highly environmentally-hazardous<br />
products. The policy strives to steer companies<br />
toward reducing their environmental impact. The<br />
means used to achieve this include standards, taxation,<br />
directives, environmental impact assessment tools and<br />
product information.<br />
WEEE shifts responsibility from the<br />
consumer to the producer<br />
The main new environmental requirements applying to<br />
electrical and electronic equipment are specified in the<br />
WEEE, RoHS and EuP directives.<br />
The WEEE directive (Waste Electrical and Electronic<br />
Equipment) (2002/96/EU) came into force on 13 August<br />
2005. Responsibility for the recycling of electrical and<br />
electronic waste is effectively shifted from the consumer<br />
to the producer. The producer is responsible for the recycling<br />
of electrical and electronic waste starting from<br />
collection points. In practice the consumer can return<br />
old equipment free of charge to an approved collection<br />
point, after which the producer assumes responsibility<br />
for the processing, recycling and, if possible, re-utilisation<br />
of said equipment. Producers in various EU member<br />
states have formed producer associations<br />
to pass responsibility on<br />
to professional waste management<br />
firms, which also handle a majority<br />
of the reporting required by the<br />
directive.<br />
RoHS specifies content<br />
levels<br />
The RoHS directive (Restriction of<br />
the use of certain Hazardous Substances<br />
in electrical and electronic<br />
equipment) (2002/95/EU) will come<br />
into force on 1 July 20<strong>06</strong>. Lead, cadmium, mercury, etc.<br />
levels in electrical and electronic equipment sold within<br />
the EU must remain within certain limits. The manufacturer<br />
of end products is responsible for ensuring that the<br />
product is compliant with the RoHS directive. It is for<br />
this reason that end product manufacturers require their<br />
suppliers to ensure that the chemical compound levels<br />
occurring in components used in end products fall below<br />
the maximum content levels specified in the RoHS<br />
directive. Correspondingly, component suppliers require<br />
their materials suppliers to use only materials that satisfy<br />
”<br />
<strong>Kemppi</strong> and the Helsinki<br />
University of Technology<br />
are engaged in a joint<br />
project, whose goal is<br />
to develop a tool for the<br />
assessment of ecological<br />
product design.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 9
RoHS requirements.<br />
Demonstration of RoHS compliance and the manner<br />
in which RoHS compliance is overseen at the national<br />
level are still under consideration.<br />
EuP regulates ecological design<br />
The EuP (Eco design requirements for Energy-using<br />
Products) (2005/32/EU) directive should be brought into<br />
force in EU member states by 11 August 2007. By no<br />
later than 6 July 2007, the Commission must establish a<br />
working plan that contains a normative listing of product<br />
groups considered priorities in relation to the potential<br />
for improving environmental impact, effective for a<br />
three-year period.<br />
The directive specifies the parameters of eco-design<br />
requirements for energy-using products. Energy-using<br />
products are products that require energy to operate or<br />
are intended for the production, transmission or measurement<br />
of energy.<br />
The directive promotes sustainable development by<br />
enhancing energy efficiency and environmental protection<br />
as well as energy security of supply. The directive<br />
requires that products be CE marked, and that the EuP<br />
directive and any standards derived from it are noted in<br />
Q&A<br />
How can black soot be prevented from forming on the weld seam when MIG<br />
welding aluminium<br />
Surface contamination may result from a combination of factors that may combine<br />
equipment, consumable, base material and environmental issues.<br />
The base material surface should be clean and dry. For example, oil or cutting fluid<br />
on the material surface will definitely result in surface contamination when burnt<br />
in the arc. The welding area should also be in still air, free of wind or draughts, as<br />
these factors can interfere with the protective influence of the shielding gas.<br />
In aluminium MIG welding the gun should always be at a push angle, so that the<br />
shielding gas being fed from the gun will provide sufficient gas shield forward<br />
of the nozzle. The right gun angle is approximately 5 –15° push angle, free wire<br />
length (stick out) 15–20 mm. The correct shielding gas is Argon, whose flow rate<br />
is 15–20 l/min depending on the plate thickness and joint type.<br />
The wire feed must be steady or the arc length will fluctuate. Wire stick out that is<br />
too long can also result in black soot forming on the seam as a result of poor shielding.<br />
The gun will heat up considerably more during aluminium welding than<br />
during, for example, steel welding (Argon shielding gas and bright base metal).<br />
A water-cooled gun is recommended for higher current work to ensure a problem-free<br />
wire delivery. When feeding aluminium filler, the proper gun set-up includes<br />
a ‘<strong>Kemppi</strong> DL Teflon’ liner conduit for aluminium filler wire and <strong>Kemppi</strong><br />
contact tip (marked with Al – these tips have a specified larger ID than standard).<br />
U-grooved and trapezoid feed rolls also reduce the deformation of aluminium filler<br />
materials as they pass through the mechanism. It should also be ensured that<br />
the roller compression value is not too high, as this will damage the wire surface<br />
resulting in wire dust that will clog the wire conduit reducing wire feed quality.<br />
Foto: LKA/Markku Tano<br />
the declaration of conformity.<br />
<strong>Kemppi</strong> bears responsibility<br />
<strong>Kemppi</strong> bears responsibility for the management of environmental<br />
matters. <strong>Kemppi</strong> has joined producer associations<br />
throughout Europe to carry out its producer<br />
responsibility in the recycling of welding equipment.<br />
The soldering process for electronic circuit boards has<br />
been reformed, so that as of 1 July 20<strong>06</strong> RoHS compliant<br />
products can be brought to market. In relation to ecological<br />
product design <strong>Kemppi</strong> and the Helsinki University<br />
of Technology are engaged in a joint project, whose<br />
goal is to develop a tool for the assessment of ecological<br />
product design. •<br />
How can I increase the amount of ‘visibility’ for welding a<br />
root weld in V-shaped joint preparations, when the diameter<br />
of the MIG gun nozzle is too big<br />
The power level required for welding in the root area is generally<br />
under 200 A, so a 250 A or 270 A gun would be suitable<br />
for the task. Company’s too often try to use one gun model for<br />
all operations, resulting in some compromise of quality in one<br />
area or another. This compromise could for example, include<br />
a ‘larger than required’ nozzle size, reducing visibility of the<br />
root area. The <strong>Kemppi</strong> gun range includes special gas nozzles<br />
that have a ‘smaller gas nozzle’ tip diameter.<br />
In emergency situations, the gas nozzle can also be slightly<br />
crimped at the tip, thus allowing for a better fit in tight grooves.<br />
In some special cases the gas nozzle is also shortened at<br />
the tip (e.g. 5 mm), thus improving visibility to root base. The<br />
risk of shortening the gas nozzle is that the contact tip may<br />
come into contact with the work piece. This could cause the<br />
arc to burn between the contact tip and work piece, so be careful.<br />
I recently traded in my old welding machine (different brand) for a brand new<br />
Kempomat 2100, and I’m puzzled by the following: I turned the machine on to<br />
weld a test piece, but the machine was almost completely silent. I didn’t hear<br />
the cooling fan running at all. On my old machine the fan noise was extremely<br />
loud. I’m absolutely certain that the machine was turned on. Is there anything I<br />
should be worried about, or can I start using my new machine<br />
Your machine is completely fine – go ahead and weld to your heart’s content.<br />
The fan didn’t start up for your brief test weld because the new Kempomat fan is<br />
“fan-on-demand”. This means that the fan only runs when needed, i.e. when the<br />
machine needs cooling. This usually doesn’t happen until you’ve been welding for<br />
some time. The fan runs and shuts off as needed, thus saving energy and wearand-tear<br />
on the fan unit.<br />
10 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
Text: Ari Kangasmäki, Sales Director, <strong>Kemppi</strong>koneet Oy<br />
IN CO-OPERATION<br />
FW44J Stieglitz in flight somewhere over Finland.<br />
Elder enthusiasts<br />
restore aircrafts<br />
When the Aviation Museum Society,<br />
Finland convenes for its Tuesday Club<br />
every Tuesday, the shop is a veritable<br />
beehive of activity for 5-6 hours. Some<br />
forty energetic men, with an average<br />
age of 75 years old, buzz around an old<br />
Focke-Wulf FW44J Stieglitz.<br />
The fuselage—now recognisable as an airplane—was<br />
purchased as scrap in Hämeenlinna in 1999. The plane<br />
has been restored over the past seven years. According<br />
to the Club’s foreman, Kauko Juvonen, it will take another<br />
few years before the plane is ready for display at<br />
the Finnish Aviation Museum.<br />
The Focke-Wulf FW44J Stieglitz was initially a German<br />
trainer, whose maiden flight took place in 1932.<br />
The plane has a steel tubing frame with wooden wings<br />
mounted to it. The entire craft is covered in canvas.<br />
The plane has a 150-hp powerplant, which moves the<br />
plane’s 565 kilograms and 9.01-metre wingspan at a top<br />
speed of 185 kilometres per hour. A total of 35 of these<br />
planes, which were made in the former Czechoslovakia,<br />
were acquired for the Finnish Air Force between 1940<br />
and 1944. This type of aircraft was Finland’s most important<br />
wartime trainer, and it saw active service until<br />
1956. After 1960, 20 of the planes were sold off for civilian<br />
use.<br />
Different, but the same in<br />
spirit<br />
There are no inexperienced youngsters<br />
in the Aviation Museum Society, Finland’s<br />
Tuesday Club. The Club was<br />
founded in 1965. Today, some of the<br />
approximately 40 members have been<br />
active in the Club for over 20 years. Some of the restoration<br />
crew members are over 80 years old, and the<br />
median age for Club members as a whole is a respectable<br />
75 years.<br />
Even though Club members come from a wide variety<br />
of backgrounds, they are all very much the same in<br />
spirit. The professions represented in the Club range<br />
from medical and engineering doctors to directors and<br />
aviation technicians. Their differences complement one<br />
another. There is always the right expertise available, for<br />
”<br />
The work input of the<br />
Tuesday Club alone<br />
was approximately<br />
17,000 man-hours.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 11
example, when an aircraft part must be made<br />
from scratch.<br />
The Tuesday Club is part of the Aviation Museum Society,<br />
Finland, whose objective is to restore historically<br />
important aircraft for exhibition at the museum owned<br />
and operated by the Finnish Aviation Museum Foundation.<br />
The museum is primarily based on volunteer work;<br />
the input of the Tuesday Club alone was approximately<br />
17,000 man-hours last year.<br />
Strong partners are needed for an operation based on<br />
volunteer efforts and limited resources. One of the Aviation<br />
Museum Society’s key partners is the Military Museum,<br />
which loaned an engine for use in the Stieglitz.<br />
<strong>Kemppi</strong> Oy donated a Migger welding machine to the<br />
Tuesday Club. The Migger is extremely well-suited to<br />
their work. Foreman Kauko Juvonen expressed his satisfaction:<br />
”Now we have a first-rate welding machine that<br />
meets our needs perfectly.”<br />
Arena Riga<br />
– the stage for high<br />
Finland’s first helicopter on exhibition<br />
The Finnish Aviation Museum’s first exhibition was held<br />
in 1972. The museum moved to its present location in<br />
Vantaa in 1981, and the most recent expansion was completed<br />
a couple years ago. The Finnish Aviation Museum<br />
is a general museum of aviation and one of Finland’s<br />
national speciality museums. It is open nearly every day<br />
from 11am–6pm; the museum is closed on only a few<br />
holidays. Last year, approximately 25,000 people visited<br />
the museum.<br />
Come see the Finnish Aviation Museum and admire such<br />
exhibits as Finland’s first helicopter! •<br />
The Ice Hockey World Championship<br />
is a highly anticipated and esteemed<br />
annual event. Even those who are not<br />
usually interested in sports are lining<br />
up for the Championship. The stage for<br />
high drama at the 20<strong>06</strong> Ice Hockey World<br />
Championship was Riga, Latvia and its<br />
two arenas: Skonto Arena and the brand<br />
new Arena Riga.<br />
Start of exhaust pipe installation.<br />
The Championship is hosting teams from 16 different<br />
countries, which have been divided into 4 groups. The<br />
three top teams move up from each group to the quarterfinals.<br />
Then, the top four teams move up from the<br />
quarterfinals to the semifinals. This is followed by the<br />
elimination round. Finally, there is only one team left:<br />
the World Championship gold medallist.<br />
Predicting the outcome is always impossible. Even<br />
though there are a few teams with a lower ranking than<br />
12 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
Text: Pirjo Pöllänen<br />
IN CO-OPERATION<br />
drama<br />
others, even these have the possibility of challenging the<br />
top countries.<br />
Latvia’s most important construction<br />
project<br />
The Arena Riga is one of the largest and perhaps most<br />
important construction projects for an independent<br />
Latvia. The arena got its start in 2001, when the International<br />
Ice Hockey Federation granted Latvia the rights to<br />
host the 20<strong>06</strong> World Championship. At that time, there<br />
were no suitable venues for hosting such an event.<br />
In 2004 the City of Riga and developer Merks Ltd.<br />
signed a joint agreement on the construction of a multipurpose<br />
arena. The construction schedule was tight, but<br />
the project was completed successfully. Construction on<br />
Arena Riga was begun in June of 2004 and its grand<br />
opening was held in February of 20<strong>06</strong>.<br />
Riga is an extremely old and beautiful city, which is<br />
renowned for its cultural and artistic traditions. Indeed,<br />
Arena Riga provides a state-of-the-art setting for not<br />
only sporting events, but also the performing arts, conferences<br />
and trade fairs. The arena has an area of 58,000<br />
square metres and a seating capacity of<br />
12,500.<br />
<strong>Kemppi</strong> involved in<br />
construction<br />
<strong>Kemppi</strong> welding equipment was used<br />
in the construction of Arena Riga. A six<br />
kilometre-long sprinkler system runs<br />
around the entire arena. A full kilometre<br />
of weld seams were required for the<br />
system structures. The sprinkler system<br />
and its hydrants were welded using Minarc, while<br />
the pumping station was installed using a <strong>Kemppi</strong> Pro<br />
Evolution unit.<br />
”<strong>Kemppi</strong>’s welding machines are lightweight, efficient,<br />
reliable and stable. They’re extremely well-designed<br />
and are easy to use,” explains Modris Vanags, Managing<br />
Director for Industry Welding Equipment. •<br />
”<br />
Arena Riga hosted<br />
the Ice Hockey World<br />
Championship on<br />
5–21 May, winner was<br />
Sweden.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 13
Foto: LKA/Markku Tano<br />
DO IT YOURSELF<br />
Text: Hannu Saarivirta, Welding Instructor<br />
Smoked delicacies<br />
from your own smoker<br />
Fish and fish dishes have always played<br />
a central role in Finnish food traditions.<br />
There’s no better summer treat than<br />
hot, freshly smoked fish served with, for<br />
example, new potatoes.<br />
Most of us know how to smoke fish, but how many of<br />
us know how to build a functional smoker Ready-made<br />
smoking boxes can be bought at any local shop, but<br />
they are usually lacking something. Furthermore, readymade<br />
smokers are made of thin materials, so they won’t<br />
last for more than a few heatings in the fire. Not to worry<br />
– making your own smoker doesn’t require a degree in<br />
engineering.<br />
For appetites large and small<br />
The design of the smoker is based on the number of diners,<br />
i.e. the number of fish to be smoked. The smoker dimensions<br />
mentioned in this article are good for smoking<br />
approximately 2 kg of fish at a time, which is enough for<br />
approximately 4–6 people, depending on how hungry<br />
they are.<br />
The perfect tool for this job is the new MinarcMig 180<br />
Adaptive welding inverter, which boasts an adjustable<br />
power setting based on the thickness of the plate being<br />
Pipe used for smoker body The welded grate border frame (and detail) Slides welded to the inside<br />
of the smoker<br />
14 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
welded. The machine has a welding base material menu<br />
for steel, stainless steel and aluminium.<br />
All welds called for in making the smoker can also be<br />
made as MMA electrode welds with, for example, the<br />
Minarc MMA electrode welding machine, which can<br />
also be used for TIG welding.<br />
This spring the Minarc product line was expanded with<br />
the addition of theMinarcTig 180 welding inverter,<br />
which is intended for the more demanding Tig welding<br />
applications. This TIG and electrode welding machine<br />
has push-button controls, HF spark ignition, welding<br />
parameter display and (optional) remote control functions.<br />
In addition to the welding machine, making the smoker<br />
will require a small reel of 0.8 mm stainless steel welding<br />
wire, as well as a shielding gas (Ar 82% + 18%<br />
CO 2<br />
). Although the gas mixture is specifically intended<br />
for structural steel, it can also be used in this type of<br />
home welding application. The correct shielding gas for<br />
stainless steel base material is a mixture of Ar 98% +<br />
2% CO 2<br />
. However, this mixture would make the smoker<br />
far too expensive, unless there was some other need for<br />
the gas.<br />
Discovery of raw materials<br />
Making a smoker starts with a trip to the local scrap yard<br />
or the like, where you can discover suitable items for<br />
use as raw materials. The smoker body should be stainless<br />
steel pipe approximately 250 mm in diameter and<br />
500 mm long, with a wall thickness of approximately<br />
3.0 mm. The pipe used for the smoker can, indeed, be<br />
made of thinner material, but the stainless steel base material<br />
heats up and expands greatly when placed over an<br />
open fire. The resulting thermal expansion may hinder<br />
the function of the smoker door, and the bottom of the<br />
smoker may burn through in just a few years.<br />
The metal grates on which to lay the fish should be<br />
placed at two levels (grate length 480 mm and width 220<br />
mm); two grates will be required. The grate mesh size<br />
can be approximately 30 mm and the material ordinary<br />
structural steel, which will not stick to the skin of the<br />
fish being smoked as much as a stainless steel grate.<br />
A grate made with thin wire and a small mesh size is<br />
not suitable for smoking, because the fish would stick<br />
tightly to it. When heated, zinc may dissolve<br />
into the smoked fish, so steel grates<br />
with a zinc coating are not recommended<br />
for use in smokers.<br />
A tight door prevents flare-ups<br />
Always do a test weld on an extra scrap<br />
piece before welding the actual parent<br />
plate, in order to determine the welding<br />
power needed for each joint and to finetune<br />
the welding parameters.<br />
The grate edges are extremely sharp. First, using a small<br />
bead, weld a 6 mm round bar to the edges; this will prevent<br />
cuts and injuries.<br />
Using stainless steel plate, make U-shaped grate slides<br />
to hold the smoker grates. In the model smoker these are<br />
punched from 2.0 mm plate, whose length is 480 mm,<br />
width 100 mm and height 30 mm. The profiles are welded<br />
at both ends at the smoker centreline, evenly aligned<br />
on both sides.<br />
The end is made of 2.0 mm stainless steel plate: mark<br />
the plate and, using an angle grinder with a cut-off disc,<br />
cut a round shape to match the pipe profile. The end is<br />
tacked to the pipe in approximately 80 mm intervals using<br />
small bridge tacks with a gap of approximately 2.0<br />
mm. This will ensure a firm weld joint to both base materials.<br />
A good welding position is a highly angled pipe<br />
at a slight declination of approximately 30°; the weld<br />
surface will be smooth and its protrusion on the inside<br />
of the smoker will be even. The end plate is welded to<br />
the pipe while rotating the pipe into the desired welding<br />
position.<br />
The door is made with a diameter 40 mm larger than the<br />
pipe; this will reduce the occurrence of thermal distortions.<br />
Weld a brace on the edge of the door, and a 15 mm<br />
wide reinforcement rim cut from 2.0 mm stainless steel<br />
plate on both sides of the brace, using short intermittent<br />
welds. The brace will prevent the door from flexing<br />
when heated by fire and keep smoke in. If the door is not<br />
tight, the alder chips inside the smoker might burst into<br />
flame, instead of smouldering as desired.<br />
The door hinges are made of 5.0 mm stainless steel<br />
plate, from which two 15 x 20 mm and two 15 x 50 mm<br />
”<br />
The design of the<br />
smoker is based<br />
on the number<br />
of diners, i.e. the<br />
number of fish to<br />
be smoked.<br />
Welded end<br />
Welded door and<br />
hinges<br />
Smoker fully fitted<br />
Legs and steel firepan<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 15
From fish to dish<br />
Smoking is the traditional method for preparing fish, in which the fish is given a<br />
pleasant smoke flavour and aroma as well as beautiful colour.<br />
Nearly all types of fish can be smoked. Fish with a high fat content are best for<br />
smoking. The most common of these are perhaps rainbow trout, powan and<br />
herring, but ide, flounder, eel and mackerel are also often smoked.<br />
There are two smoking methods: hot and cold. In hot smoking the fish is somewhat<br />
cooked by the hot smoke. The most delicious hot smoked fish is best<br />
served immediately after smoking.<br />
When smoking, it is very important that all cooking utensils are clean and the<br />
right type of wood is used. Probably the best wood for smoking is alder. Resinous<br />
woods give a bitter flavour. Commercially-available smoking grounds are<br />
also worth trying.<br />
Powan is one of the most delicious smoked fishes. Photo: Pro Kala ry.<br />
plates are cut. Round the plate edges and drill<br />
6.0 mm holes. For the hinge pin, use an (approx.) 80<br />
mm long M6 stainless steel bolt. The door and pipe are<br />
joined to one another with hinges. After bridge tacking<br />
the pieces, ensure that the door is tightly fitted and opens<br />
and closes smoothly.<br />
And now, it’s time to smoke some fish …<br />
A grease trap prevents the fish fat from collecting on the<br />
bottom of the smoker. A removable grease trap is easy<br />
to keep clean and enhances cooking hygiene. A suitable<br />
material for the grease trap would be, for example, 1.5<br />
mm stainless steel plate, 480 mm x 200 mm. Four 10<br />
mm x 15 mm pieces are welded to the grease trap base<br />
approximately 50 mm from each corner, thus leaving a<br />
gap between the smoker wall and grease trap through<br />
which smoke can escape.<br />
Then make two 30 mm wide handles from two sheets<br />
of 2.0 mm stainless steel, which are formed as desired.<br />
Also make a handle for the door using the same 2.0 mm<br />
stainless steel sheet and formed as desired.<br />
For the smoker legs, use two, for example, 5.0 mm<br />
stainless steel plates and form as desired. A leg-mounted<br />
smoker can be used both on grills and in fireplaces. If<br />
you would like to smoke fish out doors, for example, on<br />
rocks, weld brackets on the legs. A fire pan, which serves<br />
as the platform for the fire, is made to rest on the brackets<br />
using 4.0 mm steel plate. This will reduce the risk of<br />
forest fire and prevent damage to the rock face.<br />
The completed smoker is finished by grinding off splatter<br />
and defects, and the weld seams are brushed using a<br />
stainless steel brush.<br />
Heat the smoker and grates over an open fire before<br />
smoking and apply cooking oil to the grates. •<br />
In smoking the amount of smoke produced is more important than the temperature.<br />
Fish being smoked should be cleaned, but not necessarily scaled. Dried<br />
or rinsed fish can be salted either before or after smoking. The fish is done when<br />
the fins come loose easily.<br />
Retain the fish’s flavour<br />
Lightly salt the fish fillet or piece, brush lightly with oil or clarified butter. Put<br />
high-quality smoking chips or grounds on the bottom of the smoking box, but<br />
not too much. Butter the grate, place the fish on it, put the grate in the box, close<br />
and smoke at a suitable temperature.<br />
It is important that the fish not be too darkly smoked, because this will destroy<br />
the fish’s flavour. Smoking at too high a temperature will dry out the fish.<br />
16 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
New dimension<br />
in TIG and MMA welding<br />
The MinarcTig 180 is <strong>Kemppi</strong>’s all new 180<br />
amp machine, designed for the TIG welding of<br />
steel and stainless steel using direct current.<br />
The MinarcTig can also be used for MMA welding of all<br />
common materials and electrode types. Introduced at the<br />
Essen fair in September 2005, manufacture of the Minarc-<br />
Tig 180 is now in full swing as our factory starts to work<br />
their way through an already strong order book. MinarcTig<br />
replaces the Mastertig 1500 machine, which has been on<br />
the market for approximately fifteen years.<br />
Portability a design factor<br />
MinarcTig’s fibreglass-reinforced plastic casing is designed<br />
with form and function in mind. Portability was also significant<br />
design factor of the new machine and the shape and<br />
style reflect these criteria. The shape of the area behind the<br />
handle allows the cables and Tig gun to be wrapped around<br />
the machine during transport. The machine’s fabric carrying<br />
strap also makes it easy to transport the machine from<br />
one welding site to the next. The MinarcTig 180 can be<br />
connected to a 230 V single-phase mains outlet, and can be<br />
used with both long extension cables and a power generator<br />
for site welding.<br />
Choice of remote control<br />
guarantees the best result<br />
The basic TIG welding functions, easyto-read<br />
current display and MMA welding<br />
option ensure ease-of-use and versatile<br />
utilisation of the equipment. A range of remote<br />
control options including R10, R11F<br />
foot pedal and RTC10/RTC20 on torch remote control options<br />
(for connection to the <strong>Kemppi</strong> TTC TIG torch range<br />
only) ensure excellent process control and the best welding<br />
result. MinarcTig offers premium process control at an excellent<br />
price, ensuring a high-quality weld seam and good<br />
productivity for each welding job.<br />
The lightweight and portable MinarcTig 180 is extremely<br />
well-suited to repair and installation welds. The machine’s<br />
operating safety and usability also make it an excellent tool<br />
for training and hobby use. •<br />
”<br />
An excellent tool<br />
for training and<br />
hobby use.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 17
DESIGN<br />
Text: Jarkko Havia, Industrial Designer. Jonne Valola, Industrial Designer<br />
Story of the badge<br />
Every once in awhile, a designer comes up with<br />
something that started with a little idea, but soon<br />
took on a life of its own. Many have noticed the<br />
square <strong>Kemppi</strong> badge on the front grille and carrying<br />
handles of <strong>Kemppi</strong>’s new FastMig, MinarcMig,<br />
MinarcTig and MasterTig MLS 2300 ACDC products.<br />
This story tells how the badge found its way onto<br />
our products.<br />
The idea for the <strong>Kemppi</strong> badge came about in connection<br />
with the FastMig product project. However, the idea itself<br />
had been kicking around even before this. The designer<br />
noticed that cars were discussed a great deal in welding<br />
equipment R&D work; and the reference was not limited<br />
to welding in the automotive industry, but how people appreciate<br />
different car makes. The discussion eventually<br />
led to the question: What kind of “car” would people associate<br />
<strong>Kemppi</strong> welding equipment with and what sort of<br />
values and qualities should a <strong>Kemppi</strong> product represent.<br />
Mark of quality out front<br />
We here at <strong>Kemppi</strong> naturally see our welding equipment<br />
as top-of-the-line cars and, indeed, <strong>Kemppi</strong> is a quality<br />
brand. We spend an enormous amount of time and effort<br />
on the design of our products and constantly strive to be<br />
at the forefront of technology<br />
and welding features.<br />
”<br />
Cars are often<br />
The assembly and testing<br />
of welding equipment in<br />
Finland guarantees that<br />
the quality and operating<br />
safety of our products are<br />
and will always be at the<br />
highest level.<br />
These form the basis for the<br />
<strong>Kemppi</strong> brand. Based on the original <strong>Kemppi</strong> logo,<br />
the square badge adorns the front of our new welding<br />
equipment, just like the car manufacturers’ badges do<br />
on the grilles of their cars. The message is that we<br />
are proud of our products and stand behind their<br />
quality as the manufacturer.<br />
The badge also has a practical function, just like with<br />
everything we do. The plastic parts used in our new<br />
products must always have an ”injection point”. The<br />
injection point is where the molten plastic is injected<br />
into a mould, where the plastic part is compressed.<br />
The best result for the injection moulding of plastic<br />
parts is achieved when the injection point is at the centre<br />
of the part. For the sake of appearance, the injection<br />
point should be placed so that it will not show to<br />
the product user; in this case, under the <strong>Kemppi</strong> badge.<br />
The <strong>Kemppi</strong> badge can only be found on <strong>Kemppi</strong>’s<br />
newest products. It has gained a great deal of popularity<br />
with <strong>Kemppi</strong> employees and adorns the briefcase,<br />
mobile phone or computer of many <strong>Kemppi</strong> employees.<br />
The <strong>Kemppi</strong> name is displayed with pride and joy. •<br />
discussed during<br />
the R&D of welding<br />
equipment.<br />
18 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
The Little Giant<br />
of Welding<br />
MinarcTig 180 is the little giant in DC<br />
TIG and MMA welding with a power to<br />
weight ratio that is on top of its class.<br />
The lightweight machine is easy to carry<br />
from job to job.<br />
MinarcTig 180<br />
An efficient machine for DC TIG and<br />
MMA welding. The ease of use is gained<br />
through the digital display and one knob control.<br />
This portable machine weighs only 8 kg.<br />
Connection voltage 1~230 V +-15 %<br />
Connection capacity TIG 6.7 kVA<br />
MMA 7.0 kVA<br />
Max. capacity TIG 35 % ED 180 A<br />
MMA 100 % ED 120 A<br />
Fuse 16 A delayed<br />
Dimensions (L x W x H) 400 x 180 x 340 mm<br />
Weight 7.8 kg<br />
www.kemppi.com<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 19
CLOSE-UP<br />
Text: Aarno Laine, Senior Sales Manager. Hannu Mihailow, Regional Sales Manager.<br />
Czech sport and competition bicycle manufacturer<br />
DURATEC s.r.o. chooses <strong>Kemppi</strong> products<br />
The decal is proof<br />
of high quality<br />
In 1987 17-year-old student Milan Duchek<br />
tried to improve his bike with homemade<br />
accessories. He designed and made the<br />
parts in the basement of his home.<br />
The ”MD System” product name began to appear on<br />
homemade ”upgrades”, which were competition bikes<br />
with disc and rim brakes, clipless pedals, integrated<br />
shifter/brake lever units and a custom handlebar and<br />
saddle. Duchek had also developed a handy “bike computer”<br />
using a pocket calculator.<br />
He also made modifications to bike frames. At first he<br />
concentrated on modifying the geometry of his own bike<br />
and shortening the rear triangle. Then, he began to upgrade<br />
his friend’s old rides into competition bikes.<br />
Reliability is based on frame quality<br />
Duchek noticed that a bike’s reliability is based on the<br />
quality of its frame. In 1992 he founded the DURATEC<br />
s.r.o. company, which specialised in the manufacture<br />
of bicycle frames. From the very start, the company<br />
focused on producing high-tech bike frames for competition,<br />
using his own, unique design, state-of-the-art<br />
materials and the latest in joining technologies.<br />
His goal was to create a comprehensive selection of<br />
Duratec-brand bike frames using Duratec’s own original<br />
models. Today, the company offers alternatives to<br />
satisfy the needs of almost all areas of competitive and<br />
sport cycling.<br />
Weld seams determine the bike’s lifecycle<br />
The welding process is the most critical phase of frame<br />
construction. A bicycle’s lifecycle is based primarily on<br />
the quality of weld seams, particularly in the highly demanding<br />
world of competition cycling.<br />
Duratec chose TIG welding for the manufacture of<br />
its bike frames. In TIG welding, cold weld joints are<br />
The professional skill of the welder is also evident in<br />
the quality of seams, as all seams are welded by hand.<br />
Duratec founder Milan Duchek (left) and Managing<br />
Director of <strong>Kemppi</strong>’s Czech representative ARC-H,<br />
Václav Brunclík (at right).<br />
20 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
easily avoided and welding applications are not necessarily<br />
limited to the use of specialized materials required<br />
for competition bikes.<br />
The weld seams on Duratec frames are designed to flow<br />
smoothly from the thickest weld cross-section to the<br />
thinnest tubing wall. This eliminates the sharp undercutting<br />
of the tubing – the weld transition and tension do<br />
not occur in this area. The final weld result – or joint<br />
– depends a great deal on the technical level of the welding<br />
machine. The professional skill of the welder is also<br />
evident in the quality of seams, as all seams are welded<br />
by hand.<br />
The <strong>Kemppi</strong> decal is a guarantee of high<br />
technology<br />
Duratec welders have chosen the <strong>Kemppi</strong> Mastertig<br />
AC/DC for their needs, because its wide range of functions<br />
can be used in the welding of specialised materials.<br />
User-friendly functions and outstanding welding properties<br />
are key features, which ensure a high degree of<br />
productivity and high-quality weld seams.<br />
Duratec emphasises that all its products have been manufactured<br />
using state-of-the-art, high-tech tools. Each<br />
finished bike frame has a decal listing the materials used<br />
in the manufacture of the frame. The decal also states<br />
that the frame was welded using <strong>Kemppi</strong>’s welding technologies.<br />
•<br />
For further information, visit:<br />
www.duratec.cz<br />
Norbert Huber competing on a Duratec bike in Hawaii in 2004.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 21
Reporting from the fairs: Minna-Maija Jokisalo, Marketing Manager.<br />
Elina Suomalainen, Marketing Assistant.<br />
Photos: Minna-Maija Jokisalo.<br />
Top youth<br />
compete using <strong>Kemppi</strong> machines<br />
In Holland’s Vakkanjers national skills<br />
competition top youth welders were put<br />
to the test on <strong>Kemppi</strong> machines. Both<br />
competitors and judges praised the<br />
features of the equipment used for the<br />
competition.<br />
In the Vakkanjers national skills competition finals the<br />
level of expertise was graded in two series. The youth<br />
competitors, who already had a few years of work experience<br />
under their belts, were able to show off their skills<br />
without instructor supervision. One of the incentives for<br />
the winner of the series was a trip to Japan to compete<br />
in the WorldSkills Competition 2007. WorldSkills Competitions<br />
are held once every two years. The previous<br />
round was held in Helsinki in 2005.<br />
Elimination rounds for the advanced series were held in<br />
three cities in Holland, from which competition entries<br />
were submitted to a single location for evaluation. Five<br />
youths – one girl and four boys – made it to the finals out<br />
of a field of 45 competitors.<br />
Competitors used MIG and MMT welding methods in<br />
the finals. Each competitor was given a total of 11 hours<br />
over two days to complete his or her welding entry. The<br />
Welding instructor Wim van de Merwe focuses<br />
on both youth instruction and improving the<br />
image of the industry.<br />
Advanced series competitor Wesley Disco was<br />
enthusiastic about the synergic control.<br />
The teamwork resulted in a<br />
transport cart.<br />
22 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
”The competitors had great team spirit, even though each of them wanted to win,” states advanced<br />
series judge, Peter Manders (left). The series’ other judge was Johan Daniëls (right).<br />
end of the competition was devoted to teamwork. Each<br />
team had a member representing different areas of the<br />
skills competition, and the assignment was to build a<br />
transport cart according to the plans provided.<br />
Vakkanjers Junior series (16–17 years old) competitors<br />
did their first competition entry under instructor supervision,<br />
but worked independently in the final. The series<br />
had eleven competitors.<br />
Synergic controls praised<br />
Wesley Disco’s competition assignment was to weld a<br />
pressure vessel. He used a <strong>Kemppi</strong> FastMig combination,<br />
which consisted of a KMS 400 power source, MSF<br />
53 wire feeder and FastCool cooling unit.<br />
”I’ve worked as a welder for five years,<br />
while studying welding. I’ve used <strong>Kemppi</strong><br />
machines before. I really like their synergic<br />
controls.”<br />
<strong>Kemppi</strong> provides fast solutions<br />
Johan Daniëls served as a welding expert whole.<br />
and one of the judges for the advanced<br />
series. He attended the WorldSkills<br />
Competition held in Helsinki in 2005 and visited<br />
<strong>Kemppi</strong>. Daniëls has a high opinion of <strong>Kemppi</strong> products<br />
and also praises the company’s service:<br />
”<br />
<strong>Kemppi</strong> wants to support<br />
youth education while<br />
promoting the image of<br />
the welding industry as a<br />
16-year-old Marcel Lindhout praises the user-friendliness of <strong>Kemppi</strong> equipment. The 16–17-year-old juniors welded their first<br />
competition entry under supervision, but worked independently in the finals. The series had eleven competitors.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 23
”Co-operation is functional. <strong>Kemppi</strong> has an<br />
answer for every question and a ready solution for every<br />
problem.”<br />
<strong>Kemppi</strong>’s updated trade<br />
fair booth delighted<br />
visitors at the trade fairs<br />
in Holland and France.<br />
There was plenty of<br />
space for checking out<br />
and testing products.<br />
Animated characters<br />
entertained visitors on<br />
monitors and posters.<br />
Popular trade fair booth<br />
The Vakkanjers competition was held in connection<br />
with Holland’s Techni-Show <strong>06</strong> trade fair. It was also the<br />
eighth consecutive time that Dirk van de Jonge, <strong>Kemppi</strong>’s<br />
Dutch dealer, participated in the Utrecht fair.<br />
”I really like <strong>Kemppi</strong>’s new products, particularly the<br />
MasterTig MLS 2300 ACDC. The shipbuilding industry<br />
is big in the north of Holland, so my personal<br />
favourite is still the <strong>Kemppi</strong> Pro Evolution,” he says.<br />
van de Jonge is pleased with <strong>Kemppi</strong>’s updated trade<br />
fair booth. ”The booth’s spaciousness, brightness and<br />
new look have got a lot of praise. Welding tests doesn’t<br />
stop people from checking out the machines. Maybe we<br />
could use another demo area,” ponders van de Jonge. •<br />
”The Utrecht fair is an outstanding place to meet<br />
customers,” exclaims Dirk van de Jonge.<br />
Soudage 20<strong>06</strong>,<br />
Paris, France<br />
<strong>Kemppi</strong>’s new products also piqued visitor interest in<br />
Paris, France at the international Soudage 20<strong>06</strong> trade<br />
fair on 27–31 March.<br />
The trade fair booth mainly displayed <strong>Kemppi</strong>’s new<br />
products, which were presented to the public for the<br />
first time since the SCHWEISS<strong>EN</strong> & SCHNEID<strong>EN</strong> fair in<br />
Essen, Germany last autumn. Visitors eagerly examined<br />
the new equipment, and the features on the<br />
MinarcTig, MinarcMig and Mastertig MLS 2300 ACDC<br />
were very well received. The machines were widely<br />
tested and the welding results impressed visitors.<br />
<strong>Kemppi</strong>’s new fair booth also demonstrated its functionality.<br />
There was plenty of space for presentation<br />
and testing of the machines. Sports-themed animations<br />
displayed on a large monitor entertained visitors<br />
while showcasing the latest in welding technology.<br />
24 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
Photo: Aker Yards<br />
<strong>Kemppi</strong> –<br />
The Joy of Welding<br />
<strong>Kemppi</strong> Norge A/S <strong>Kemppi</strong>koneet Oy<br />
<strong>Kemppi</strong> A/S <strong>Kemppi</strong> Sverige AB<br />
<strong>Kemppi</strong> (U.K) Ltd.<br />
OOO <strong>Kemppi</strong><br />
<strong>Kemppi</strong> Benelux B.V.<br />
<strong>Kemppi</strong> Spolka z o.o.<br />
<strong>Kemppi</strong> GmbH<br />
<strong>Kemppi</strong> France S.A.<br />
<strong>Kemppi</strong> Beijing Office<br />
<strong>Kemppi</strong> Far East<br />
Representative Office<br />
<strong>Kemppi</strong> Oy<br />
Limitada<br />
<strong>Kemppi</strong> Australia<br />
Pty Ltd<br />
<strong>Kemppi</strong> Oy is leading the way for future<br />
welding technology<br />
Founded in 1949, this family-owned company is one of<br />
the world’s leading manufacturers of arc welding equipment<br />
and related products. <strong>Kemppi</strong> operates all over the<br />
world, but the company headquarters and production<br />
units are still located in Finland. <strong>Kemppi</strong> has sales companies<br />
in Finland, Sweden, Norway, Denmark, Germany,<br />
France, England, Holland, Australia, Poland, Chile and<br />
Russia, as well as sales offices in China and Singapore.<br />
Since the very beginning, <strong>Kemppi</strong> has invested in the<br />
research, development and manufacture of welding<br />
equipment and technologies. Throughout <strong>Kemppi</strong>’s entire<br />
57-year history the cornerstones of its success have<br />
been innovativeness, groundbreaking technology and<br />
high product quality.<br />
<strong>Kemppi</strong> Oy continued its strong<br />
growth in 2005<br />
<strong>Kemppi</strong> Oy’s turnover increased by 17%<br />
over the previous year. Along with this<br />
growth the company staff was supplemented<br />
by nearly 60 new employees.<br />
<strong>Kemppi</strong> Oy currently employs a staff of<br />
620, 130 of which work in foreign units.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 25
➝<br />
WHAT’S UP<br />
BMW Workshop in the USA:<br />
High-quality aluminium welds<br />
with <strong>Kemppi</strong> Pro equipment<br />
Training for the welding of aluminium<br />
auto bodies for BMW and Rolls-Royce<br />
using the <strong>Kemppi</strong> Pro pulse MIG welding<br />
system was conducted for the second<br />
time at BMW’s Montvale facility. The 2005<br />
course was led by Sepp Wolf (EWE) of<br />
Germany’s R & L Furtmayr GmbH.<br />
Because aluminium pulse MIG welding is not<br />
as widely used in the United States as it is in<br />
Europe, new training participants were initially<br />
very sceptical of their assignment to weld<br />
1.2– 4 mm aluminium sheets. By the end of<br />
the course all participants unanimously declared<br />
that the welding programme developed<br />
by <strong>Kemppi</strong> and BMW was extremely<br />
user-friendly.<br />
A special feature of the programmes designed<br />
for different sheet strengths and applications<br />
is that the user can select a specific<br />
programme for each welding job. The plus/<br />
minus tolerances of the programmes ensure<br />
that welds are not made at too high (cracking)<br />
or too low (joint faults) a temperature.<br />
The programme to be used each time is selected<br />
based on the welding job. The available<br />
programmes are specified in the operation<br />
instructions.<br />
<strong>Kemppi</strong> Pro’s adaptability is impressive<br />
BMW is one of the most well-known pioneers<br />
in the design of aluminium auto bodies. In<br />
2001 BMW and Rolls-Royce implemented<br />
the use of <strong>Kemppi</strong> Pro power sources for its<br />
service centres all over the world. Product<br />
development in the automotive industry<br />
is extremely rapid; new materials and applications<br />
are under constant research and<br />
development. One selection criterion was<br />
that <strong>Kemppi</strong> Pro’s adaptability and the ‘interchange<br />
ability’ of its control panels, offering<br />
the necessary flexibility for the future.<br />
The service centre employees were trained in<br />
the use of the system for the welding of aluminium<br />
sheets on both BMW Z8 Series and<br />
Rolls-Royce auto bodies. Following this training,<br />
a system was instructed in which BMW<br />
personnel in the United States are given an<br />
internal audit every 3–4 years. New employees<br />
are trained in the use of the <strong>Kemppi</strong> Pro<br />
equipment, while more experienced employees<br />
are retested on the welding of auto<br />
body parts.<br />
Sepp Wolf<br />
R&L Furtmayr GmbH, Unterschleissheim,<br />
Germany<br />
Workshop participants received a<br />
certificate of completion for the course.<br />
Pulse MIG weld seam I-joint 1.2 mm on a<br />
strong AlMg Si 0.5 aluminium sheet.<br />
➝<br />
All Workshop participants were required<br />
to perform a special weld on a Rolls-<br />
Royce body. The picture shows the<br />
test seam on the front of a Rolls-Royce<br />
body.<br />
Assembly of an auto body at the<br />
training centre.<br />
26 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
CERN facts:<br />
The award was presented at a ceremony held at CERN. Pictured (from left): Valérie<br />
Montabonnet, Frédérik Bordry, Anssi Rantasalo, Petri Korhonen and David Nisbet.<br />
<strong>Kemppi</strong>-Kempower receives the CERN<br />
Golden Hadron Award<br />
Kempower Oy, a <strong>Kemppi</strong> Group subsidiary<br />
specialising in special power sources,<br />
received the CERN (European Organization<br />
for Nuclear Research) Golden Hadron<br />
Award “in recognition of their outstanding<br />
achievement in designing and producing<br />
high-performance power converters for<br />
the Large Hydron Collider (LHC) at CERN”.<br />
Computer-generated image of the LHC<br />
tunnel. © CERN Geneve<br />
In 2003 <strong>Kemppi</strong>-Kempower received an order<br />
exceeding 7 million EUR from CERN for<br />
more than 200 power converters that will<br />
supply over 60% of the energy required by<br />
the super-conductive magnets in the new<br />
LHC particle accelerator. Over half of the order<br />
has been delivered and the project has<br />
progressed according to the original plan.<br />
According to the head of the Power Converter<br />
Department at CERN, Dr. Frédérik Bordry,<br />
CERN is particularly satisfied with the level<br />
of Kempower’s technical expertise and its<br />
ability to deliver in this highly demanding<br />
project.<br />
– CERN (European Organization for Nuclear<br />
Research) was founded in 1954.<br />
The organization is comprised of 20<br />
member states.<br />
– The objective of all basic research conducted<br />
at CERN is to find answers to<br />
the composition of the universe and<br />
how the universe came to be what it<br />
is.<br />
– Scheduled for completion in 2007, a<br />
new particle accelerator – the largest<br />
in the world – is being constructed for<br />
CERN in a circular tunnel with a circumference<br />
of 27 km.<br />
– Proton beams are accelerated to near<br />
the speed of light in the accelerator.<br />
– The proton beams are kept in the accelerator<br />
ring using an extremely<br />
powerful magnetic field.<br />
– The accelerator’s magnets are fed<br />
power from 1,700 different power<br />
sources, totalling 1.7 million amperes.<br />
– Kempower and <strong>Kemppi</strong> power sources<br />
provide a significant percentage of<br />
this power requirement: high-power,<br />
power sources generate a total of 1<br />
million amperes, which accounts for<br />
approximately 60% of the total power<br />
requirement.<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 27
WHAT’S UP<br />
<strong>Kemppi</strong> standardises its MIG<br />
welding gun range<br />
Quality and safety combined with essential<br />
usability and good ergonomics are<br />
the core ideas behind <strong>Kemppi</strong> welding guns.<br />
The range offers both gas and liquid-cooled<br />
models in various power ranges, offering the<br />
right tool for demanding professionals to<br />
quality-conscious hobby users.<br />
The standardisation and harmonisation of the<br />
welding gun series are part of a natural development.<br />
<strong>Kemppi</strong> aims to provide the customer<br />
with ‘the right product at the right place at the<br />
right time’ including availability of consumables.<br />
This is taken into consideration at the<br />
design stage and is reflected in MMT series design,<br />
where consumables are largely the same<br />
as those for the PMT series.<br />
The MMT and PMT series have received world<br />
wide support with positive support from a variety<br />
of users in different environments. Customer<br />
feedback forms the basis for our business<br />
<strong>Kemppi</strong><br />
maintenance<br />
services<br />
reorganised<br />
Responsibility for <strong>Kemppi</strong>’s maintenance<br />
services in Finland has been<br />
transferred from <strong>Kemppi</strong>koneet Oy to<br />
<strong>Kemppi</strong> Oy. <strong>Kemppi</strong> Oy’s Service team is<br />
responsible for domestic service operations<br />
and their development.<br />
The reorganisation allows us to more effectively<br />
provide technical service support<br />
to all <strong>Kemppi</strong> Group customers in<br />
co-operation with authorised service centres.<br />
We can also more comprehensively<br />
meet the needs of different regions, while<br />
ensuring greater service personnel availability.<br />
When our customers have technical<br />
questions, they will have the entire<br />
<strong>Kemppi</strong> Oy service team at their disposal.<br />
<strong>Kemppi</strong> Oy’s service team is comprised of<br />
the After Sales Service Manager and three<br />
service consultants. The team is responsible<br />
for service-related training, consulting<br />
and the investigation of practical problems.<br />
Pekka Anttila<br />
After Sales Service Manager<br />
approach, in which modern product design is<br />
combined with <strong>Kemppi</strong> high quality.<br />
Outstanding ergonomics also improves<br />
performance<br />
The MMT gun series is primarily designed for<br />
use with basic MIG/MAG machines, including<br />
<strong>Kemppi</strong>’s own, Kempomat, Kempoweld,<br />
Kempact and the new FastMig BASIC machines.<br />
The MMT series includes strong design features<br />
including on certain models, fully rotating gun<br />
necks, where the working ergonomics – particularly<br />
in positional welding – are exceptionally<br />
good.<br />
In the PMT series further emphasis is placed on<br />
both ergonomics and gun performance. Flexible<br />
knuckle joints behind the gun handle reduce<br />
the amount of physical strain placed on<br />
the welder’s wrist and the light weight of the<br />
product further improves this performance.<br />
The gas-cooled models gun neck rotates a full<br />
360°, which facilitates working in various welding<br />
positions. <strong>Kemppi</strong> RMT remote control can<br />
be used to conveniently control welding power<br />
with the <strong>Kemppi</strong> WeldForce or <strong>Kemppi</strong> Pro<br />
Evolution welding machines, directly from the<br />
PMT gun – everything is pre wire to accept later<br />
up-grade if required.<br />
Satisfied welding professionals<br />
Users confirm that <strong>Kemppi</strong> hit the design targets.<br />
Heikki Paija of Toijala Works Oy say’s, ”We use<br />
some 70 <strong>Kemppi</strong> welding machines, mainly<br />
Kempomig and WeldForce products. The<br />
welding gun’s we’re using are the PMT 51 and<br />
52W models fitted with RMT-10 remote control<br />
units. The <strong>Kemppi</strong> guns meet our needs perfectly.<br />
The gun ergonomics are excellent. Feel,<br />
lightness and handle durability as well as the<br />
right form guarantee a comfortable user experience.<br />
A steady wire feed and effective gas<br />
shielding dramatically reduce the risk of weld<br />
porosity,”<br />
”From a service standpoint, the welding gun<br />
has to be easily maintained – <strong>Kemppi</strong> products<br />
fulfil this criteria. Reliability and durability in<br />
production welding conditions are an absolute<br />
requirement; examples of these are minimal<br />
water leaks and high protective hose durability.<br />
Our welding professionals are extremely satisfi<br />
e d .”<br />
<strong>Kemppi</strong> makes every effort to keep its promise<br />
– ”The Joy of Welding”. This seems to be an excellent<br />
example of ‘hitting the design targets’<br />
and to be a company of its word.<br />
Mikko Väisänen<br />
Sales Director, Distributor and Dealer Sales<br />
For further information on <strong>Kemppi</strong><br />
welding guns, contact your local<br />
dealer or visit: www.kemppi.com<br />
28 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
<strong>Kemppi</strong> receives prestigious<br />
international design award<br />
<strong>Kemppi</strong> Oy’s MinarcMig Adaptive<br />
180 won Germany’s Design Zentrum<br />
Nordrhein Westfalen red dot design award<br />
in the Industry and Crafts category. Given<br />
out annually, the red dot award is one of<br />
the most prestigious industrial design<br />
awards.<br />
Over 2,000 products from 41 countries were<br />
evaluated in the red dot competition. This<br />
makes <strong>Kemppi</strong> one of the few Finnish companies<br />
to have received the award for its own<br />
products.<br />
A completely new approach to engineering,<br />
design and quality guaranteed the success<br />
of the <strong>Kemppi</strong> MinarcMig Adaptive 180.<br />
The international panel of judges evaluated<br />
the innovativeness, practicality, quality, ergonomics,<br />
durability and environmental-friendliness<br />
of each product.<br />
The MinarcMig Adaptive 180’s user-friendly<br />
design keeps <strong>Kemppi</strong>’s customer promise –<br />
“The Joy of Welding”. The machine’s adaptive,<br />
intuitive controls are simple and the instructive<br />
LCD display makes using the machine<br />
easy. In practice, adaptiveness means that<br />
the user can select the material and sheet<br />
thickness, based on which the machine provides<br />
the optimal welding parameters. The<br />
large, easy-to-read LCD display shows the<br />
wire feed speed, amperes and voltage as well<br />
as the recommended material and gas combination<br />
when the automation is selected. Its<br />
ease of use makes the MinarcMig Adaptive<br />
180 suitable for professional and hobby applications.<br />
The red dot awards ceremony will take place<br />
on 26 June in Essen, Germany. All award-winning<br />
entries will be shown at the red dot museum’s<br />
“Design on stage – winners red dot<br />
award” exhibit 27 June–23 July 20<strong>06</strong>.<br />
red dot design award<br />
The red dot competition is one of the most<br />
extensive and prestigious industrial design<br />
competitions. Design Zentrum Nordrhein<br />
<strong>Kemppi</strong> Oy trade fair calendar 20<strong>06</strong><br />
In 20<strong>06</strong> <strong>Kemppi</strong> Oy will be participating in the following trade fairs with its updated, uniform<br />
image:<br />
Techni-Show ’<strong>06</strong> Utrecht, Holland 14–18 March 20<strong>06</strong><br />
Soudage 20<strong>06</strong> Paris, France 27–31 March 20<strong>06</strong><br />
Beijing Essen Welding & Cutting 20<strong>06</strong> Beijing, China 16–19 May 20<strong>06</strong><br />
National Manufacturing Week Sydney, Australia 30 May–2 June 20<strong>06</strong><br />
Mach-Tool Poznan, Poland 19–22 June 20<strong>06</strong><br />
Intertool 20<strong>06</strong> Vienna, Austria 10–13 October 20<strong>06</strong><br />
Euroblech 20<strong>06</strong> Hannover, Germany 24–28 October 20<strong>06</strong><br />
Nordic Welding Expo Tampere, Finland 8–10 November 20<strong>06</strong><br />
Westfalen has organised the competition<br />
since 1955. This year the red dot design<br />
award competition received over 2,<strong>06</strong>8 entries<br />
from 41 countries. Of the entries evaluated,<br />
485 received awards.<br />
Further information:<br />
www.red-dot.de<br />
<strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong> 29
The <strong>Kemppi</strong> welding transformer<br />
operating instructions contained four main<br />
sections: connecting to the power mains;<br />
connecting welding pieces or thawing<br />
leads; reading grading scales; and open<br />
circuit voltages.<br />
Treasure under the<br />
table<br />
<strong>Kemppi</strong>koneet Oy regional manager Kalevi<br />
Väisänen was training new employees<br />
at Kiinteistöpalvelu Savotek Oy in the use<br />
of a MIG welding machine, when a treasure<br />
stored under the welding table caught his<br />
eye. In his 30-year career Väisänen had never<br />
seen anything like it, but the ‘<strong>Kemppi</strong>’ name<br />
on the side was indeed familiar.<br />
The discovered welding transformer was<br />
purchased in 1955 for use by Itä-Savon Osuusliike<br />
Savonlinna maintenance personnel.<br />
One of the rare features on the machine<br />
was the ‘thawing function’ for water pipes.<br />
”Previously, only gas welding was available<br />
for repair work. We decided to get an electric<br />
welding machine, which turned out<br />
to be an excellent decision. The machine<br />
had two welding ranges and a 1,000 ampere<br />
‘thawing function’ for thawing out<br />
frozen water pipes,” recalls Heikki Karvinen,<br />
who worked as a repairman for Itä-Savon<br />
Osuusliike.<br />
As the decades rolled on, companies merged<br />
and overlapping operations were rationalised.<br />
The welding converter ended up with<br />
Savotek Oy in 1997. It has been kept as a<br />
back-up machine and, after being proven<br />
unnecessary, was almost forgotten.<br />
”The transformer is still completely operational,”<br />
says Väisänen.<br />
Kiinteistöpalvelu Savotek Oy donated the<br />
welding transformer to the <strong>Kemppi</strong> museum.<br />
The welding converter’s operating<br />
instructions and a cover letter signed by the<br />
company’s late founder, Industrial Counsellor<br />
Martti <strong>Kemppi</strong>, were kept as valuable documents.<br />
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30 <strong>Kemppi</strong> <strong>ProNews</strong> 1 • 20<strong>06</strong>
<strong>Kemppi</strong> Oy Subsidiaries<br />
<strong>Kemppi</strong>koneet Oy<br />
PL 13<br />
15801 LAHTI<br />
FINLAND<br />
Tel. +358 3 899 11<br />
Telefax: +358 3 734 8398<br />
e-mail: myynti.fi@kemppi.com<br />
<strong>Kemppi</strong> Sverige AB<br />
Instrumentvägen 2<br />
Box 717<br />
194 27 UPPLANDS VÄSBY<br />
SVERIGE<br />
Tel. +46-8-590 783 00<br />
Telefax: +46-8-590 823 94<br />
e-mail: sales.se@kemppi.com<br />
<strong>Kemppi</strong> Norge A/S<br />
Danholmen 19<br />
3115 Tønsberg<br />
Postboks 2151, Postterminalen<br />
3103 Tønsberg<br />
NORGE<br />
Tel. +47 33 34 60 00<br />
Telefax: +47 33 34 60 10<br />
e-mail: sales.no@kemppi.com<br />
<strong>Kemppi</strong> A/S<br />
Literbuen 11<br />
2740 Skovlunde<br />
DANMARK<br />
Tel. +45 4494 1677<br />
Telefax: +45 4494 1536<br />
e-mail: sales.dk@kemppi.com<br />
<strong>Kemppi</strong> Benelux B.V.<br />
Minervum 7284<br />
4817 ZM Breda<br />
THE NETHERLANDS<br />
Tel. +31 76 571 7750<br />
Telefax: +31 76 571 6345<br />
e-mail: sales.nl@kemppi.com<br />
<strong>Kemppi</strong> Benelux B.V.<br />
Belgium<br />
Tel. +32 15 212 880<br />
Fax +32 15 211 143<br />
e-mail: sales.nl@kemppi.com<br />
<strong>Kemppi</strong> (U.K) Ltd.<br />
Martti <strong>Kemppi</strong> Building<br />
Fraser Road<br />
Priory Business Park<br />
BEDFORD, MK443WH<br />
<strong>EN</strong>GLAND<br />
Tel. +44 845 6444201<br />
Telefax: +44 845 6444202<br />
e-mail: sales.uk@kemppi.com<br />
<strong>Kemppi</strong> France SAS<br />
65 Avenue de la Couronne des Prés<br />
78681 EPONE CEDEX<br />
FRANCE<br />
Tel + 33 (0) 1 30 90 04 40<br />
Telefax: + 33 (0) 1 30 90 04 45<br />
e-mail: sales.fr@kemppi.com<br />
<strong>Kemppi</strong> GmbH<br />
Otto - Hahn - Straße 14<br />
35510 BUTZBACH<br />
DEUTSCHLAND<br />
Tel. +49 6033 88 020<br />
Telefax: +49 6033 72 528 (GmbH)<br />
e-mail: sales.de@kemppi.com<br />
<strong>Kemppi</strong> Spolka z o.o.<br />
ul. Piłsudskiego 2<br />
05091 ZĄBKI<br />
POLAND<br />
Tel. +48 22 7816162<br />
Telefax: +48 22 7816505<br />
e-mail: info.pl@kemppi.com<br />
<strong>Kemppi</strong> Australia Pty Ltd<br />
25A, Stennett Road<br />
Ingleburn NSW 2565<br />
AUSTRALIA<br />
Tel. +61-2-9605 9500<br />
Telefax: +61-2-9605 5999<br />
e-mail: info.au@kemppi.com<br />
<strong>Kemppi</strong> Oy Limitada<br />
Av. Pdte. Edo. Frei Montalva<br />
6001-81<br />
Conchali<br />
Santiago<br />
CHILE<br />
Tel. +56-2-949 1990<br />
Telefax: +56-2-949 1991<br />
e-mail: arturo.silva@kemppi.com<br />
OOO <strong>Kemppi</strong><br />
Polkovaya str. 1<br />
Building 6<br />
127018 Moscow<br />
RUSSIA<br />
e-mail: info.ru@kemppi.com<br />
<strong>Kemppi</strong> Oy Sales Offices<br />
<strong>Kemppi</strong> Beijing Office<br />
Room 1602, Block A,<br />
Wantone New World Plaza<br />
No. 2, Fuwaidajie, Xicheng District<br />
100037 Beijing<br />
China<br />
Tel. +86-10-6857 9113<br />
+86-10-6857 9114<br />
Telefax: +86-10-6857 8729<br />
e-mail: sales.cn@kemppi.com<br />
<strong>Kemppi</strong> Far East Representative Office<br />
583 Orchard Road<br />
Forum # 16-01 / 17-01<br />
Singapore 238884<br />
Tel. +65-7371 318<br />
Telefax: +65-7371 107<br />
e-mail: sam.lim@kemppi.com
Go further,<br />
imageneering<br />
smarter and<br />
better<br />
It’s all about man and the machine. The best<br />
will always conquer the toughest of tasks. Now<br />
and in the future. <strong>Kemppi</strong> – at home anywhere.<br />
For more information, please contact your <strong>Kemppi</strong> dealer<br />
or visit www.kemppi.com