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A Finn-<strong>Power</strong> Publication<br />
Americas Edition<br />
Volume 18 Issue 1 July 2008<br />
Finn-<strong>Power</strong> Attracts<br />
Great Interest at<br />
Brazilian Trade Fair<br />
C5 Turret Punch Press<br />
and E Press Brake<br />
Displayed during<br />
MECANICA See Page 19<br />
LP Reduces Labor Costs…<br />
See Page 4<br />
FABTECH 2008<br />
Las Vegas<br />
Don’t Miss the Hottest<br />
Show on The Strip…Or in<br />
the Fab Shop! See Page 7<br />
X5 Turret Displayed<br />
at FIMAQH<br />
South American<br />
Fabricators Interested in<br />
Updating Fabrication<br />
Technology See Page 22<br />
Integrated Automation…<br />
See Page 12<br />
Tech Tips<br />
Finn-<strong>Power</strong> Part<br />
Removal Options See Page 2<br />
C5 Increases Production…<br />
See Page 20<br />
Customer Profiles<br />
Highlight Finn-<strong>Power</strong>’s<br />
Product Range and Flexibility<br />
In the News…<br />
Making<br />
Headlines<br />
with the<br />
Trade Press<br />
See Page 9<br />
Tooling Articles…<br />
Wila USA See Page 8<br />
Wilson Tool<br />
International See Page 16<br />
Mate Precision<br />
Tooling See Page 18
TECH TIPS<br />
Finn-<strong>Power</strong> Part Removal Options<br />
by Andrew McCarlie, Applications Engineer<br />
There are many different part removal options for Finn-<strong>Power</strong>’s family<br />
of turret punch presses, combination machines, and lasers. These<br />
options need to be selected carefully. You should determine your<br />
need for machine time availability versus part sorting and stacking<br />
requirements to ensure the most efficient use of your equipment. Remember,<br />
one operation directly affects the other. For example, overall cycle time is<br />
increased when the machine is sorting and stacking parts, depending on the<br />
operation and the availability of a buffering option. Depending upon part size<br />
and hole and feature intensity, the machine may be able to produce parts<br />
faster than the machine can buffer, sort, and stack them.<br />
Depending upon the machine or system, the options begin with simple<br />
manual part removal and range from fully-automated flat stacking on pallets<br />
to automated storage systems.<br />
Machine Part Removal Options<br />
Manual removal and micro-jointed parts in full sheets – An example of<br />
efficiency improvement, which is dependent upon your part removal options,<br />
is removing parts as individual pre-cut blanks compared to nesting multiple<br />
parts on a sheet. The result is that the unload time is for one sheet of 10<br />
micro-jointed parts rather than 10 individual single part unloads.<br />
Easy-Snap microjointing<br />
– The use of<br />
scrap-less part<br />
retension or Easi-Snap<br />
tools further enhance<br />
micro-jointed part<br />
removal by jointing<br />
the scrap to the parts<br />
rather than breaking<br />
them out of the<br />
skeleton. Nested<br />
micro-jointed parts<br />
can be stored and<br />
broken out later outside of the machine cycle.<br />
Common-line, micro-jointed nests save even more<br />
time and give better material utilization.<br />
Trap door to bin removal of individual part sizes<br />
500 mm (19.5" ) square – Another part removal<br />
option available is that of a trap door. The current size<br />
takes a 19.5" (500 mm sq) blank. This part removal<br />
option allows for the automatic removal of parts from<br />
the material skeleton into a box after the last punch hit or laser cut often via<br />
conveyor without operator intervention. Again, you must balance the<br />
trapdoor unload time off against the extra machine cycle time that it takes up.<br />
As an option with the Finn-<strong>Power</strong> NC Express software, the trap door can be<br />
automatically programmed with a variable delay to stay open for all or some<br />
parts, thereby significantly reducing the trap door cycle time. Part pickup and<br />
The FINN-ISH LINE is a publication distributed to Finn-<strong>Power</strong> customers,<br />
prospective customers, employees, dealers, suppliers, and friends. The staff of the<br />
FINN-ISH LINE requests article ideas and letters for future publication.<br />
Editor Robert J. Kolcz rjk@finnpower.com<br />
Associate Editor Tiina Ayaydin tiina@finnpower.com<br />
Technical Editor Lutz Ehrlich lehrlich@finnpower.com<br />
Contributing Editor Andrew McCarlie mccarlie@finnpower.com<br />
Senior Correspondent Timo Laurinen timo.laurinen@finn-power.com<br />
All registered trademarks in this publication are property of their respective owners.<br />
placement is not significantly affected by forms and holes on the part<br />
profile and to a lesser degree material flatness.<br />
Pick and place robots removing parts<br />
from the sheet skeleton during part<br />
processing and stacking on pallets.<br />
LSR/PSR/LST – This is an option that is<br />
typically used on punch presses and<br />
laser/punch combination machines. The<br />
part-picking robot typically picks a part<br />
out of the sheet skeleton after the last<br />
punch hit frees it from the sheet. It is then<br />
stacked onto a pallet which can then be<br />
feed into an automated storage system if<br />
required. Much larger parts can be<br />
extracted from the sheet using this option.<br />
The time required for the robot /<br />
unloader to extract the parts from the<br />
sheet must be taken into account in the<br />
overall part cycle time. Also part pickup<br />
and placement is dependent upon the<br />
number of cutouts and forms present on<br />
the part profile as well as material flatness.<br />
Pick and place robots stacking<br />
skeleton free finished parts from a buffer<br />
to a pallet. SGR/SBR – This unload<br />
option can function while the machine<br />
SG/SB is still processing parts until the<br />
buffer is full. The parts are cut completely<br />
from the skeleton which is cut up<br />
allowing a truly skeleton free operation.<br />
The finished parts are then stacked onto a<br />
pallet which can be off-loaded manually<br />
or attached to an automatic storage<br />
retrieval system.<br />
Skeleton unloader systems that<br />
unload a full skeleton of micro-jointed<br />
parts to a pallet such as on the Compact<br />
Express, SG/SB/LP and Laser machines –<br />
These unloading systems can be used as<br />
the single main parts removal option on a<br />
machine such as a compact express or as an extra unload option as part<br />
of an SG or LP system. The parts can be broken out of the skeleton<br />
outside of the machine cycle. This method of unloading is less sensitive<br />
to material variation and part profiles.<br />
Stacking/sorting/bin systems that stack skeleton free parts to a<br />
pallet or bin. SG/SB STS systems – These two types of part removal<br />
systems allow for removal of complete parts up to a certain size in the<br />
case of the sorting bins. Both systems take time up from the processing<br />
time to sort and stack the parts. The bin system has the advantage of<br />
being quicker but is limited in size to 30" x59" . Scrap is tabbed to the<br />
parts to provide for quick release and to avoid extra scrap punch hits<br />
thereby speeding up the process cycle time. The finished part goes<br />
directly to the next operation with no micro-joint removal.<br />
Punch part removal using the punching slug chute – This<br />
method can be used on all punching machines and involves using a<br />
large rectangle (1" x3" – 25 mm x 75 mm) as a mini right angle shear<br />
to free parts that fit inside the size of the punch. This is done by<br />
sequencing this large rectangle to be the last hit in the punching<br />
sequence. The freed part goes through the die down the slug chute and<br />
out the slug conveyor. The operator diverts these slugs which are small<br />
parts from the slug conveyor into a separate container as they fall out.<br />
2
PRESIDENT’S CORNER<br />
New Opportunities…New Solutions<br />
by Tomas Hedenborg, President<br />
When Finn-<strong>Power</strong> and <strong>Prima</strong><br />
Industrie S.p.A. joined forces last<br />
February, the acquisition created<br />
the 3rd largest sheet metal fabrication<br />
manufacturer in the world, with a product<br />
offering that is by far the widest in the world.<br />
Our new group now has a turnover in excess of<br />
400 million euros and employs 1,700 persons.<br />
As we steadily and carefully consolidate our<br />
many resources, we are very excited about our<br />
ability to provide the sheet metal fabrication<br />
world with a complete product line consisting<br />
of machines, cells, and systems to satisfy any<br />
customer need or requirement.<br />
New equipment technology has always<br />
been the lifeline to growth for sheet metal<br />
fabricators. And the new realities of the sheet<br />
metal fabrication industry match our combined<br />
product lines perfectly, with a comprehensive<br />
range of laser cutting, punching, shearing,<br />
bending, and automation. We have designed<br />
versatility to individual work stages by<br />
integrating them with automated material<br />
management and making automation as flexible<br />
as possible. Our modular approach adapts to a<br />
multitude of production needs and changes.<br />
Our goal has always been to improve our<br />
customers’ productivity.<br />
The “Greening” of<br />
Sheet Metal Fabrication<br />
For the past decade, Finn-<strong>Power</strong> has<br />
pioneered servo-electric products into the sheet<br />
metal fabrication industry. We introduced the<br />
first servo-electric turret punch press – the E5<br />
work center – in 1998. Since that time, our<br />
family of energy-saving products has grown to<br />
include the second<br />
generation of servoelectric<br />
punch<br />
presses; the LPe6<br />
servo-electric<br />
punch/laser<br />
combination; the E<br />
series servo- electric<br />
press brake; and the EBe servo-electric Express<br />
Bending cell.<br />
All Finn-<strong>Power</strong> servo-electric machines<br />
provide our customers with such benefits as:<br />
Higher precision<br />
Higher repeatability<br />
Higher quality of end product<br />
Less energy consumption (50% less than<br />
hydraulic models)<br />
Lower maintenance costs<br />
Lower operating costs<br />
Higher reliability<br />
Ease of operation<br />
Less noise & vibration<br />
In the Words of Our Customers<br />
This issue of the FINN-ISH LINE contains<br />
several customer profile articles that highlight<br />
Finn-<strong>Power</strong>’s product range and flexibility:<br />
Day-Brite Lighting, Tupelo, MS, (see page<br />
12) has earned a well-deserved reputation for<br />
manufacturing quality industrial and<br />
commercial lighting products. In 2004, the<br />
company’s challenge was to find a way to go<br />
from product design, to fabricating the part,<br />
and have it<br />
ready to<br />
assemble to<br />
within one day.<br />
To achieve its<br />
goal, Day-Brite<br />
chose two Finn-<br />
<strong>Power</strong> Shear<br />
Genius flexible<br />
manufacturing<br />
cells, a Night<br />
Train Material Management System, a robotic<br />
hydraulic press brake, and two servo-electric E<br />
press brakes.<br />
“With the Shear Genius, we’ve eliminated<br />
blanking since we are able to fabricate<br />
full-sized sheets and nest the parts,<br />
ensuring part consistency and squareness<br />
from one run to the next.”<br />
“The integration of the Night Train with<br />
its management system was a big feature<br />
for us. We run a great deal of 24/7,<br />
including ‘lights out’ over the weekend<br />
on some of our larger volume products to<br />
get a jump on production.”<br />
“The E Series press brake is a<br />
phenomenal piece of equipment. With<br />
the Finn-<strong>Power</strong> E Series press brake, we<br />
have seen increases in our productivity,<br />
quality repeatability, and reduced set-up<br />
and programming times. We estimate<br />
savings of 35-40% bending with the new<br />
press brakes over the older models.”<br />
“The integrated automated system was<br />
the key to Finn-<strong>Power</strong> over the<br />
competition. None of the other machine<br />
producers had this capability. Finn-<strong>Power</strong><br />
was head and shoulders above the<br />
competition.”<br />
Produits Métalliques Bussières, Inc.,<br />
Quebec, (see page 4) was formed in the early<br />
1990s to service the growing job shop market in<br />
3<br />
Quebec. By 2005, the company’s old turret<br />
punch press was overloaded, and the company<br />
began looking at ways to increase its<br />
productivity. After an intensive search of the<br />
latest automated<br />
technology on<br />
the market,<br />
PMB executives<br />
chose the Finn-<br />
<strong>Power</strong> LP6<br />
laser/punch<br />
combination<br />
with the LSR<br />
load and<br />
stacking robot.<br />
“Not only have we been able to bring all<br />
the laser work in-house from the<br />
subcontractors, but the quality is much<br />
better with the LP6. In addition, we have<br />
the flexibility to use either the laser or the<br />
turret punch press.”<br />
“The LP6 is 40% faster – and in some<br />
cases 60% faster – than our earlier<br />
machine. The Finn-<strong>Power</strong> LP6 /LSR has<br />
tripled our productivity capability<br />
compared to our earlier fabrication<br />
equipment.”<br />
“We also changed our production<br />
philosophy with the new equipment. We<br />
used to batch manufacture our parts.<br />
With the Finn-<strong>Power</strong> equipment, we nest<br />
everything…and this has made us more<br />
efficient.”<br />
Prática Technicook, Pouso Alegre, MG,<br />
Brazil, (see page 20) is a manufacturer of<br />
professional ovens found in grocery stores,<br />
industrial<br />
kitchens, and<br />
hotels. By 2006,<br />
the company<br />
had outgrown<br />
its fabrication<br />
equipment and<br />
needed to add<br />
more capacity.<br />
Prática<br />
Technicook<br />
chose the C5 hydraulic turret punch press from<br />
Finn-<strong>Power</strong> which was installed in January<br />
2007.<br />
“Before we installed the Finn-<strong>Power</strong> C5,<br />
we had the capacity to make six ovens per<br />
day. With the C5, we now produce 10<br />
ovens plus four refrigeration units per<br />
day. We have more than doubled our<br />
production…with less labor and less<br />
expense in tooling.”<br />
“95% of what we produce is stainless<br />
steel. Everything is fabricated on the C5,<br />
which amounts to 45 metric tons of<br />
stainless steel per month.”
CUSTOMER PROFILE<br />
Laser Punch Combination Increases Productivity &<br />
Flexibility at Quebec Contract Manufacturer<br />
“While we are a small business,<br />
even our competitors are impressed<br />
by our Finn-<strong>Power</strong> equipment.<br />
When our customers see the LP6,<br />
we gain in credibility and it gives<br />
us increased visibility.”<br />
In 1978, Clément Bussières founded Recouvrements Métalliques Bussières (RMB),<br />
St. Henri de Lévis, Québec, to supply the construction industry with metal siding.<br />
When the business first began, Bussières had only a mechanical press brake and<br />
shear to fabricate his molding products. Soon the company grew and a sister company,<br />
Produits Métalliques Bussières, Inc. (PMB) was formed in the early 1990s to service<br />
the growing job shop market in Quebec. In the early days, PMB manufactured various<br />
metal supplies mainly for the construction industry.<br />
As the company evolved, many other industries were added to PMB’s list of<br />
clients, including outdoor recreation, heating, transportation, agricultural controls,<br />
electrical panels, etc. Bussières’s son Steve joined the company in 2000 with some new<br />
ideas and a strong commitment to grow the job shop side of the business. “We bought<br />
our first turret punch press, and a few years later purchased TIG, MIG, and spot<br />
welding equipment to open up the subcontractor market,” explains Steve Bussières.<br />
“Through hard work, new equipment and software procurement, and retaining our<br />
workforce, the job shop business has grown to<br />
80% of total sales, compared to 20% back in<br />
2000.” Today, the company has a 24,000-<br />
square-foot facility and 30 employees.<br />
“A few years ago, tolerances were not as<br />
important as they are today,” adds Dominic<br />
Fournier, production manager. “In the past,<br />
the tolerances were not tight with our lowtechnology<br />
machines. But today our<br />
customers have demanded more accurate<br />
parts with tighter tolerances and zero defects.<br />
We grew with our customers and this has led<br />
to our search for quality fabrication<br />
equipment.”<br />
According to Bussières, by 2005 PMB’s<br />
old turret punch press was overloaded, and<br />
the company began looking at ways to<br />
increase its productivity. “We also wanted to<br />
add laser capacity,” says Bussières. “We were<br />
subcontracting all of our laser work.”<br />
After an intensive search for the latest<br />
automated technology on the market, PMB<br />
executives chose the Finn-<strong>Power</strong> LP6<br />
laser/punch combination with the LSR load<br />
and stacking robot. “After seeing the laser<br />
punch in action during a Finn-<strong>Power</strong><br />
Technology Trip to Finland and Italy, we<br />
knew it was the machine that filled all our<br />
needs,” explains Bussières. “We wanted to<br />
commit to automation, so the LP6 with the<br />
LSR was a logical choice to allow us to<br />
eliminate micro joints and add lights out<br />
operation.”<br />
The Finn-<strong>Power</strong> LP laser/punch<br />
combination represents proven technology<br />
and intelligent integration of punching,<br />
forming, tapping, and laser cutting in a single<br />
unit for the most varied sheet metal<br />
operations. Optimum use of the Finn-<strong>Power</strong><br />
4<br />
Steve Bussières (right) and Dominic Fournier, general<br />
manager, Produits Métalliques Bussières, Inc., chose the<br />
Finn-<strong>Power</strong> LP6 laser/punch combination with the LSR<br />
load and stacking robot to modernize their plant and<br />
increase productivity.
LP6 means that a fabricator can use the turret<br />
punch press where it is easier or faster and the<br />
laser where it is the most effective. The LP<br />
allows the user to look at the parts to determine<br />
the optimum process for every production.<br />
Other benefits of the LP6 include:<br />
Reduction of piece part costs – faster<br />
punching time, reduction in direct labor<br />
assigned to set up and punching, and<br />
reduction of number of manual<br />
operations.<br />
Ability to utilize full sheets while<br />
eliminating the need to shear to size<br />
blanks being processed.<br />
Increased machine utilization – if<br />
load/unload system is purchased with the<br />
LP, unmanned operation can be achieved<br />
from load, punch, upform, laser cut,<br />
unload, and sorting of parts in one<br />
machine.<br />
“The automated LP6 combination machine<br />
has more capacity than two manual machines,”<br />
notes Fournier, general manager. “And the LP<br />
has dramatically reduced our labor costs. Instead<br />
of four operators over two shifts, we now have<br />
just two operators…and finding qualified labor<br />
is getting more difficult each year.”<br />
The Finn-<strong>Power</strong> LP combines the unique<br />
C-Series 20-station turret punch press with the<br />
latest generation of CO 2 lasers. The punching<br />
part of the LP consists of a 30 ton (33 US ton)<br />
turret punch press that has excellent forming<br />
capabilities – .630" high (16 mm) with no die<br />
interference, auto-index, Multi-Tool ® ,<br />
programmable clamp settings, and brush tables.<br />
Other features of the LP6 include:<br />
A Rofin Sinar 2,500 Watt, diffusioncooled<br />
CO 2 SLAB laser that is integrated<br />
into the LP6.<br />
The focal length lens can be changed in<br />
seconds using a cartridge technique. No<br />
tools are required. The cartridges are<br />
available in 5" and 7.5".<br />
“Not only have we been able to bring all the laser work<br />
in-house from the subcontractors, but the quality is much<br />
better with the LP6. In addition, we have the flexibility<br />
to use either the laser or the turret punch press.”<br />
Integration of the laser and the punch is<br />
accomplished with the part piece flowing<br />
from the turret punch press to the laser<br />
without the release of the clamps. The<br />
flow of material is from the load side to<br />
the unload side, eliminating the timeconsuming<br />
method of loading and<br />
unloading from the same side.<br />
The O-frame of the turret punch press is<br />
separate from the laser, assuring that no<br />
vibration will be transferred to the laser.<br />
This provides added reliability and<br />
uptime of the system.<br />
Tool Holders – Finn-<strong>Power</strong> incorporates<br />
an individual tool holder concept that<br />
allows customers to design their own<br />
turret layouts. Unlike other designs,<br />
specific tool stations are not machined<br />
into the turret. Finn-<strong>Power</strong> offers the<br />
only flexible selection of tool holders in<br />
the industry. Any tooling style from Mate<br />
Precision Tooling or Wilson Tool<br />
International can be installed in a Finn-<br />
<strong>Power</strong> turret. Up to 10 auto-index,<br />
forming, or Multi-Tool ® stations may be<br />
installed in a Finn-<strong>Power</strong> turret.<br />
Auto-Index – Finn-<strong>Power</strong>’s unique autoindex<br />
system precisely rotates the punch<br />
and die in their tool holders. Rotation in<br />
.001 degree programmable increments<br />
gives the machine the ability to rotate<br />
beyond 360 degrees, thus allowing the<br />
system to automatically select the shortest<br />
path to rotate to a programmed angle<br />
input into the NC part program with<br />
simplicity, speed, and reliability. PMB has<br />
six full-tonnage auto index stations.<br />
Multi-Tool ® – Finn-<strong>Power</strong>’s Multi-Tool<br />
stations increase the number of tools<br />
available in a turret, thus reducing set-up<br />
and increasing productivity. The Multi-<br />
Tool system allows multiple tools to be<br />
put in one station. Finn-<strong>Power</strong> Multi-<br />
Tool offers 6, 8, 10, or 24 different<br />
punch/die combinations in only one<br />
station-a turret within a turret. PMB has<br />
four Multi-Tool stations.<br />
Upward Forming System – Finn-<strong>Power</strong>’s<br />
upward forming option provides more<br />
accurate forming and greater forming<br />
heights up to 16 mm (.63" ) and 5" in<br />
diameter. Another advantage is that all<br />
dies are at the same height, and there are<br />
more high-forming dies in the turret,<br />
thus, reducing risk of material damage<br />
and increasing machine uptime.<br />
continued on page 6<br />
The Finn-<strong>Power</strong> LP6 combines the unique C-Series 20-station turret punch press with the latest<br />
generation of CO 2 lasers. Optimum use of the Finn-<strong>Power</strong> LP6 means that a fabricator can use the<br />
turret punch press where it is easier or faster and the laser where it is the most effective. The LP6<br />
allows the user to look at the parts to determine the optimum process for every production.<br />
5
continued from page 5<br />
“Not only have we<br />
been able to bring all the<br />
laser work in-house from<br />
the subcontractors,” says<br />
Bussières, “but the quality<br />
is much better with the<br />
LP6. In addition, we have<br />
the flexibility to use either<br />
the laser or the turret<br />
punch press.”<br />
Produits’ customers of today demand more accurate parts with tighter<br />
tolerances and zero defects. When the subcontractors were doing the<br />
company’s laser cutting, it facedmany quality control problems. With the<br />
LP6, Produits controls every step of the process – from the loading of the<br />
sheet through unloading of the part. The automation gives them a<br />
capacity to cut stainless and polished material without scratching the part.<br />
Loading and<br />
Stacking Robot<br />
The Finn-<strong>Power</strong><br />
loading/unloading and<br />
stacking robot (LSR) is a material and part handling robot that can be<br />
integrated into the LP6 laser punch. The LSR loads sheets to the laser<br />
punch and stacks finished work pieces onto stacking pallets.<br />
The LSR gripper has 24 suction areas, each of which can be<br />
controlled separately. In the programming system, vacuum areas are<br />
selected, and vacuum area values are automatically generated to the LP6<br />
laser punch and the LSR robot.<br />
According to Bussières, the LP6 is 40% faster – and in some cases<br />
60% faster – than the company’s earlier machine. “We now have the<br />
automation to run overnight,” explains Bussières. “This automation has<br />
dramatically increased our productivity. The Finn-<strong>Power</strong> LP6 /LSR has<br />
tripled our productivity capability compared to our earlier fabrication<br />
equipment.”<br />
“Prior to purchasing the Finn-<strong>Power</strong> automation, we set up teams to<br />
train and create a new mindset for our employees,” says Fournier. “We also<br />
changed our production philosophy with the new equipment. We used to<br />
batch manufacture our parts. With the Finn-<strong>Power</strong> equipment, we nest<br />
everything…and this has made us more efficient. We no longer have to<br />
shear blanks. With the automation, we can utilize the economies of<br />
nesting full-sized sheets.”<br />
NC Express Programming Software<br />
Another area of satisfaction for PMB is the Finn-<strong>Power</strong> operating<br />
software. The NC Express CNC programming system is a user friendly,<br />
integrated, and automated tool for managing Finn-<strong>Power</strong> equipment in<br />
the most efficient manner. NC Express is a tooling, nesting, and<br />
optimizing software package designed to easily integrate into an existing<br />
manufacturing environment, taking full advantage of the CAM features<br />
and the Finn-<strong>Power</strong> machine tool product line. “With the Finn-<strong>Power</strong> NC<br />
Express, it is easy to nest parts with the laser and turret punch press<br />
capacities,” explains Fournier.<br />
New Markets<br />
The Finn-<strong>Power</strong> automation has also opened up new markets to<br />
PMB. “When the subcontractors were doing our laser cutting, we faced<br />
many quality control problems,” says Bussières. “But now we control every<br />
step of the process – from the loading of the sheet through unloading of<br />
the part. The automation gives us the capacity to cut stainless and polished<br />
material without scratching the part.”<br />
While sales have continued to grow 15-20% per year at PMB with the<br />
addition of the Finn-<strong>Power</strong> equipment, Bussières estimates his company<br />
still has untapped capacity in the LP6. “Our target was to have this<br />
machine handle production for the next 2-3 years by itself…and it is<br />
almost two years since it was installed,” says Bussières. “We can continue<br />
the same rate of growth for another two years with the LP6.”<br />
With the difficulty in finding qualified labor, PMB is concentrating<br />
on automation for future growth. “We are looking at robotic press brakes,”<br />
explains Bussières. “All of our future thinking will be around automation,<br />
including maybe the Night Train Material Management System and<br />
another LP6. We see additional benefits every day. While we are a small<br />
business, even our competitors are impressed by our Finn-<strong>Power</strong><br />
equipment. When our customers see the LP6, we gain in credibility and it<br />
gives us increased visibility.”<br />
6<br />
The Finn-<strong>Power</strong> loading/unloading and stacking robot (LSR) is a material<br />
and part handling robot that can be integrated into the LP6 laser punch.<br />
The LSR loads sheets to the laser punch and stacks finished work pieces onto<br />
stacking pallets.
FOCUS ON TOOLING<br />
by David Bishop, Business Development Manager, Wila USA<br />
Fast, Flexible & Friendly…Developing a Cost<br />
Efficient Tooling Package for Today’s Job Shop<br />
Purchasing a new press brake can be a pretty daunting task. And<br />
after you’ve finally selected the press brake that you want, you’ll<br />
have to decide which tooling system you’re going to use in your<br />
new machine. Of course, the last thing that you’re going to want to do is<br />
spend a small fortune on a long list of punches and dies. And you<br />
shouldn’t have to. So, how can you get tooling for your new machine that<br />
is fast to set up, flexible in meeting the majority of your needs, and<br />
friendly to your budget?<br />
The first place to start is to get assistance from someone that has a lot<br />
of experience in tooling applications, like your local Wila regional business<br />
development manager. He’ll help you to select a versatile set of tooling to<br />
maximize your productivity and produce parts of the highest quality using<br />
the smallest number of tools possible. For example, if you’re working in a<br />
job shop environment, you’re most likely bending materials that fall within<br />
a thickness range of 26 ga. to .250". If so, applying the following<br />
guidelines will help you to minimize the number of tools that you’ll need<br />
to produce a wide range of parts.<br />
block, or die holder (whichever applies) have been installed for part<br />
handling.<br />
Some applications will require punches with special tip angles, and/or<br />
special tip radii. If you are going to need them for your new press brake,<br />
try and order them in advance of the delivery of the machine so that you<br />
are not waiting for them after your machine arrives. Wila can normally<br />
ship punches with modifications to the tip angles and/or radii within ten<br />
business days following receipt of order.<br />
Dies<br />
When possible, use acute angle dies to air bend everything. Today’s<br />
advanced CNC controls accurately determine the proper amount of die<br />
penetration that is required to bend practically any material to any angle.<br />
It is no longer necessary to purchase dies to match the included angles of<br />
all your punches. This will eliminate the unnecessary duplication of die<br />
openings, reduce the number of die changes that you will have to make,<br />
and save you a lot of money.<br />
Punches<br />
With few exceptions, all punches should<br />
be able to be loaded and unloaded vertically.<br />
Sliding tooling in and out the end of the<br />
machine is time consuming and costly.<br />
For air bending applications, use acute<br />
angle punches whenever possible for bending<br />
materials of .250" (6.3 mm) in thickness and less. They are fairly strong,<br />
have more than adequate compensation for springback with virtually all<br />
material types, and can bend almost any angle you’ll ever need to produce<br />
on a press brake. Some can also be used in hemming applications. They<br />
are also lower in cost than gooseneck punches, making them less expensive<br />
to replace when damaged.<br />
Use gooseneck punches for bending parts that have return bends and<br />
complicated bend sequences. Their large relief areas make them extremely<br />
versatile and helps to reduce the need to make punch changes when going<br />
from one part configuration to another.<br />
When the open height allows, always select tall punches<br />
(6" /152.4 mm and<br />
taller) when tooling<br />
up a new press brake<br />
as they are always<br />
more versatile than<br />
short punches. As a<br />
general rule, we<br />
recommend that you<br />
leave approximately 4"<br />
(100 mm) of space<br />
between the punch<br />
and die after the<br />
clamping system,<br />
punch, die, and<br />
crowning system, filler<br />
Material Thickness “V” Width Angle Tons/Ft. Req. Inside Radius Min. Flange<br />
26-20 ga. .236" (6 mm) 30 3.6 .039" (1.0 mm) .165" (4.2 mm)<br />
18-16 ga. .394" (10 mm) 30 6.0 .066" (1.7 mm) .276" (7.0 mm)<br />
14 ga. .630" (16 mm) 30 5.6 .105" (2.7 mm) .454" (11.5 mm)<br />
12, 11, 10 ga. .945" (24 mm) 30 9.5 .157" (4.0 mm) .680" (17.3 mm)<br />
.188" and .250" 1.969" (50 mm) 80 15 .328" (8.3 mm) 1.477" (37.5 mm)<br />
Most parts can be bent with standard dies that are 2.165" (55 mm)<br />
tall. Parts that have long down flanges require taller dies. While Wila has a<br />
full range of standard dies that are 3.937" (100 mm) tall, they should only<br />
be selected when required as taller dies are more expensive than short dies.<br />
Try and use one die for each two to three material thicknesses that<br />
you plan to bend. The following table provides some general<br />
recommendations for the selection of a versatile range of dies to bend mild<br />
steel in the thickness range of 26 ga. to .250"<br />
As you can see, in most cases, you can use one die to bend two or<br />
more material thicknesses and still get favorable results in terms of the<br />
tonnage, inside radius, and minimum flange length requirements. In this<br />
case, we would use a total of five dies to bend the entire range of materials<br />
from 26 ga. to .250" . Of course, you may still need tooling for other<br />
applications such as hemming, offset bending, large radius bending, etc.<br />
But whatever your needs, when you combine Wila’s fast, flexible, and<br />
friendly approach to tooling selection, you’re sure to get a cost efficient<br />
tooling package that will pay for itself several times over the life of your<br />
press brake.<br />
For more information, please contact:<br />
WILA USA<br />
7380 Coca Cola Drive<br />
Hanover, MD 21076 USA<br />
Tel: 888-696-9452<br />
Fax: 443-459-5515<br />
Press Brake Productivity Web Site: www.wilausa.com<br />
8
IN THE NEWS<br />
Finn-<strong>Power</strong> in the Spotlight<br />
Finn-<strong>Power</strong> sheet metal fabrication technology and its<br />
customers continue to attract a great deal of attention<br />
from trade publications throughout North & South America<br />
CNC WEST – (December 2007/ January 2008)<br />
This issue featured a 3-page cover article on an<br />
installation of a Finn-<strong>Power</strong> Shear Genius, punch/shear,<br />
Night Train material<br />
management system,<br />
and servo-electric<br />
press brake<br />
combination<br />
machine at JB<br />
Radiator Specialties,<br />
Inc., Sacramento,<br />
CA. “As we<br />
implemented the<br />
installation of the<br />
Shear Genius and Night Train, we were at unprecedented volume levels at<br />
Radiator Specialties. We were in new numbers that we had never hit before.<br />
We would not have hit those numbers if we didn’t have the Finn-<strong>Power</strong>. We<br />
would have had to depend on subcontractors.”<br />
THE FABRICATOR – (April 2008)<br />
This issue featured a 1/2-tabloid page article on the X5<br />
turret punch press installation at Prolind Industrial,<br />
Ltda., Sao Jose dos Campos, Brazil. “The X5 had the<br />
best cost/ratio benefit of any of the machines that we<br />
considered purchasing. We are<br />
paying for the machine with<br />
the profits that it produces. In<br />
addition, we are no longer<br />
using the services of the contract<br />
manufacturer. It took only<br />
three months with the X5 to<br />
bring all the contracted work<br />
in-house.”<br />
MAQUINAS Y EQUIPOS – (May 2008)<br />
This leading Argentine trade publication featured a<br />
2-page article on the Shear Genius Flexible<br />
Manufacturing Cell.<br />
TOOLING & PRODUCTION – (May 2008)<br />
TOOLING & PRODUCTION published a 2-page<br />
article on the installation of two Shear Genius cells, a<br />
Night Train<br />
material<br />
management<br />
system, two servoelectric<br />
E brakes,<br />
and a hydraulic<br />
robotic press brake<br />
at Day-Brite<br />
Lighting, Tupelo,<br />
MS. “The<br />
integrated<br />
automated system<br />
was the key to choosing the Finn-<strong>Power</strong>. None of the other machine producers<br />
had this capability. Finn-<strong>Power</strong> was head and shoulders above the competition.<br />
The competition had islands of automation, but the Finn-<strong>Power</strong>’s integration<br />
of the Shear Genius and robotic press brake are all tied together with the Night<br />
Train. It allows us to run lights out on the weekend.”<br />
CANADIAN METALWORKING – (June 2008)<br />
This publication featured a 3-1/2 page article on the<br />
LP6 laser/punch combination with the LSR load and<br />
stacking robot installed at Recouvrements Métalliques<br />
Bussières (RMB),<br />
St. Henri de Lévis,<br />
Québec. “The LP6<br />
is 40% faster – and<br />
in some case 60%<br />
faster – than the<br />
company’s earlier<br />
machine. We now<br />
have the automation<br />
to run overnight.<br />
This automation has<br />
dramatically<br />
increased our productivity. The Finn-<strong>Power</strong> LP6 /LSR has tripled our<br />
productivity capability compared to our earlier fabrication equipment.”<br />
9
SOFTWARE UPDATE<br />
NC Express ®<br />
Finn-<strong>Power</strong>’s NC Express CNC<br />
programming system is a user<br />
friendly, integrated, and automated<br />
tool for managing Finn-<strong>Power</strong> equipment in<br />
the most efficient manner available. NC<br />
Express is a tooling, nesting, and optimizing<br />
software package designed to easily integrate<br />
into an existing manufacturing environment,<br />
taking full advantage of the powerful CAM<br />
features and the Finn-<strong>Power</strong> machine tool<br />
product line.<br />
NC Express is a scalable application – the<br />
system may be used as a single part drafting<br />
and tooling program or as a fully-automated<br />
machine tool management system. Either way<br />
the results are the same – optimized automatic<br />
N/C code creation.<br />
The system utilizes several technologies to<br />
create a fabrication environment in which<br />
individual parts or assemblies of parts can be<br />
retrieved directly from the CAD database and<br />
processed by NC Express for random part Justin-Time<br />
(JIT) production.<br />
NC Express provides an easy-to-use<br />
Windows-based Graphic User Interface. Drop<br />
down menus and icons ensure easy interaction<br />
with the system and immediate productivity.<br />
This user interface, combined with NC<br />
Express’ powerful automation capabilities<br />
facilitates optimum production, maximizes the<br />
computer-controlled features of the machine<br />
tool, and simplifies the effort required to<br />
design and program parts for production.<br />
With the rise in material costs, labor, and<br />
short run jobs, today’s demanding<br />
manufacturing market is focusing more on ways<br />
to automate the fabrication of greater quantities<br />
of parts in less time and with fewer people. NC<br />
Express offers a complete programming package<br />
for Finn-<strong>Power</strong> machines that provides our<br />
customers the ability to obtain high levels of<br />
automation for less user interface and more<br />
output.<br />
by Kyle Plass, Applications & CAD/CAM Coordinator<br />
Programming Software<br />
GEOMETRY<br />
The first process in programming a<br />
component file is the geometry creation. NC<br />
Express offers a full CAD package for<br />
component generation. Alternatively, geometry<br />
can also be imported from a standard DXF file<br />
format.<br />
Automation of importing of the geometry<br />
can be done when using the MRP database<br />
(OMS). Through this process, component files<br />
can be generated from a DXF file or by using<br />
parametric part scripting. During this process<br />
the geometry, tooling, and storing of the<br />
component file is accomplished.<br />
TOOL PLACEMENT<br />
NC Express’ Autotool will automatically<br />
place optimal tool routines and tool placement<br />
in accordance with the machines capabilities.<br />
Additional automation of robot placement and<br />
last hit orientation for unloading is set properly<br />
for sorting of components. Any section of<br />
tooling placed by the auto tool function can be<br />
easily reorganized or replaced manually. Tool<br />
placement features include:<br />
Machine intuitive tool placement<br />
Automatic and interactive tool placement<br />
Automatic and interactive tool hit cycling<br />
Automatic and interactive robot<br />
placement<br />
Text marking functions<br />
NESTING<br />
Nesting within NC Express can be done<br />
statically or dynamically. During the nesting<br />
process parts can be quickly moved by dragging<br />
and dropping to the necessary location. For<br />
quick part revisions, a single component file can<br />
be edited at the part level and once the nest<br />
layout is reopened the change will be promptly<br />
updated for each part within the nest.<br />
TRUE SHAPE NESTING<br />
True Shape Nesting uses the true boundary<br />
of the part as it appears in the drawing. This<br />
allows a tighter fit between parts as compared to<br />
rectangular nesting. True Shape Nesting allows<br />
parts to be interlocked and provides<br />
substantially higher material utilization.<br />
Interactive part placement after auto nest<br />
Automatically nest under or around the<br />
clamps<br />
10<br />
Nests in zones to guarantee part accuracy<br />
Nest in holes to gain higher sheet yield<br />
RECTANGULAR/SHEAR NESTING<br />
NC Express utilizes a rectangular nesting<br />
algorithm to take advantage of the<br />
manufacturing features of the Finn-<strong>Power</strong> Shear<br />
Genius and Shear Brilliance. Unique features<br />
include:<br />
Automatic notch tooling recognition for<br />
dynamic or static common line<br />
Interactive Nest Tooling<br />
Interactive Grid Nesting<br />
OPTIMIZATION<br />
Optimization is done automatically for all<br />
Finn-<strong>Power</strong> machine types (punch,<br />
shear/punch, laser/punch and laser). The<br />
Optimizer references a pre-established tool<br />
library verifying that all of the necessary tools to<br />
produce the parts are available for use in the<br />
machine’s<br />
turret.<br />
Once<br />
confirmed,<br />
machine<br />
movement,<br />
punching<br />
and forming<br />
operations, tool<br />
changes and<br />
sequencing are<br />
optimized for efficient<br />
machine operations<br />
and throughput.<br />
Additional<br />
optimization features:<br />
Automatic Repositioning and clamp<br />
avoidance<br />
Optimize index tooling based on angle<br />
Automatic turret loading<br />
Interactive optimization capabilities<br />
Batch optimization for multiple nest<br />
patterns<br />
SIMULATION AND REPORTING<br />
Full simulation of a nest will give the<br />
programmer detailed information about how a<br />
job will run at the machine. A full range of<br />
reporting options will offer the programmer and<br />
operator ample information to setup the
machine. The following are some items listed<br />
within a report:<br />
Tooling in a single nest or a run of nests<br />
Nest layout<br />
Part information<br />
Time estimations per nest/part<br />
KEY FEATURES<br />
The following is a description of a few<br />
features that help obtain the high levels of<br />
automation within NC Express.<br />
TEACH CYCLES<br />
Teach Cycles allows the ability to teach<br />
tooling, or cycled functions/routines, to a<br />
specific geometry. A Teach Cycle is applied<br />
when Autotool is run. The Teach Cycle works<br />
off a given tolerance, material thickness, and<br />
NC Express allows the setup of an exit angle<br />
path to provide for automatic ordering of a<br />
special tool when optimizing. This is especially<br />
useful for a louver tool: time is saved during<br />
part preparation and during optimization<br />
because no additional work is needed to<br />
manipulate the tool path within the optimized<br />
nest.<br />
ORDERS MANAGEMENT<br />
SYSTEM (OMS)<br />
NC Express comes standard with an<br />
MRP/ERP interface to allow that customers can<br />
control and track parts that have processed<br />
within NC Express to be sent to the machine.<br />
cassette. During the nesting process the user has<br />
options to determine the layout of the cassette.<br />
The nesting engine will nest parts based upon<br />
stacking. This allows for NC programs to be<br />
symmetry type. If geometry exists that has a<br />
Teach Cycle libraried the same pattern or<br />
tooling will be applied. The use for a Teach<br />
Cycle can vary among machine types.<br />
To the right, a Teach Cycle is created to<br />
apply a cycled order of hits for a round punch -<br />
extrusion – and a tap. This cycle will only be<br />
used on material thickness 0.5 - 1.5 mm. The<br />
tolerance is 0.03 mm for the hole sizes. When a<br />
part would be Autotooled with the same type of<br />
geometry the same exact tooling in the same<br />
exact order will be applied throughout the part.<br />
This eliminates the repetitive task of having to<br />
place each of the tool hits for each and every<br />
hole on the part.<br />
AUTOMATIC FORM AVOIDANCE<br />
During punching only NC Express knows<br />
when a form exists within a nest to avoid<br />
smashing the form by a non-form tool. Form<br />
protection areas can be set for a special tool to<br />
inform NC Express of the formed area on the<br />
nest. If a non-form tool will cross the path of a<br />
formed area within a nest, NC Express will<br />
optimize the tool<br />
path so that the<br />
Ram will raise the<br />
tool completely<br />
up and then cross<br />
over the formed<br />
area avoiding the<br />
possibility of<br />
smashing the<br />
form. No<br />
additional axis moves are made in order to avoid<br />
the form.<br />
In addition to the form avoidance settings,<br />
The Orders Management System is a database<br />
in which production requirements are<br />
determined. The parts required for production,<br />
quantity, material codes, priorities and due dates<br />
used to be processed for JIT fabrication. From<br />
job shop to OEM, the OMS can benefit the<br />
end user taking orders from the MRP/ERP and<br />
processing them into nests.<br />
AUTOMATIC<br />
COMMON LINE CUTTING<br />
For punching, shear/punch, and standalone<br />
laser machine, NC Express offers fully<br />
automatic common line cutting features.<br />
Common line is activated in the nesting phase<br />
and will help in reducing the scrap rate between<br />
parts. Once a nest is created with parts and<br />
tools in a common line the Optimizer will<br />
remove excessive hits in order to avoid double<br />
punching hits or double laser paths. Within the<br />
shear/punch environment the nesting engine<br />
will common line symmetrical parts, ignoring<br />
tooling overlapping from notches. For nonsymmetrical<br />
parts in the shear/punch<br />
environment, the nest engine will check the<br />
tolerance set and ignore tooling extending less<br />
than the grid nesting tolerance.<br />
COMPONENT<br />
STACKING MANAGEMENT<br />
For machine types requiring stacking of<br />
components on a cassette, NC Express is<br />
capable of automatically configuring the<br />
stacking layout of the components on the<br />
11<br />
loaded within the machine and minimal setup<br />
of cassettes by the operator when queuing the<br />
NC files. The overall outcome of this feature<br />
offers less setup time by the operator at the<br />
machine.<br />
For even more automation and time savings<br />
for the programmer, if a robot exists on the<br />
machine the user can take advantage of the<br />
automatic robot suction cup setup via Autotool<br />
to automate more of the process.<br />
NEW RELEASE- V8.1<br />
Coming soon! New version of NC Express:<br />
Version 8.1. Major improvements include:<br />
Multiple machines stored within one<br />
geometry file (Binary CP)<br />
External ERP/MRP integration<br />
Improvements to tool hit optimization<br />
Enhanced shear nesting/optimization<br />
Numerous features/function additions for<br />
laser environment (ex. new interactive<br />
crop/scrap functions)<br />
Various new features functions (ex. rotate<br />
part 90° using space bar)<br />
Die clearance setup & verification<br />
Innovative part search function
CUSTOMER PROFILE<br />
Day-Brite Lighting Shines Light on Integrated<br />
Since its founding in 1923, Day-Brite<br />
Lighting, Tupelo, MS, has earned a<br />
well-deserved reputation for<br />
manufacturing quality industrial and<br />
commercial lighting products. To be sure, there<br />
have been many changes over the years, many<br />
lighting technology advances, and several<br />
acquisitions – the latest being by Philips<br />
Lighting in January 2008. Today, the company<br />
has evolved into a major force in the lighting<br />
industry with a facility that includes 350,000<br />
square feet of manufacturing space and a<br />
150,000-square-foot warehouse and 500 hourly<br />
employees.<br />
Perhaps one of the company’s most<br />
dramatic changes occurred in 2002 when Day-<br />
Brite management decided to find a better way<br />
of manufacturing its lighting fixtures. According<br />
to Scott Bratton, fabrication manager, Day-<br />
Brite’s business had gradually moved away from<br />
just commodity products to a more<br />
architectural grade product. “The company’s<br />
challenge was to find a way to go from product<br />
design, to fabricating the part, and have it ready<br />
to assemble to within one day,” explains<br />
Bratton. “Our task was to find the best<br />
equipment to accomplish this goal.”<br />
Another challenge was to find fabrication<br />
equipment productive enough to allow Day-<br />
Brite to curb the growing amount of contract<br />
work the company was forced to utilize local<br />
job shops and bring it back in-house.<br />
The Search for Automation<br />
“Basically, we shopped around the world<br />
looking for new equipment,” adds Charles<br />
Philips, director, manufacturing & industrial<br />
engineering. “We wanted to change the<br />
direction of how we manufactured our highvolume<br />
products at the Tupelo plant. We had to<br />
modernize. We had two aging turret punch<br />
presses and 11 large stamping presses with<br />
progressive dies for high-volume runs. The dies<br />
can cost up to $1-million and take up to six<br />
months to produce. We had a new product line<br />
we wanted to introduce – a high-bay fluorescent<br />
– before our competitors did. The manufacturer<br />
who brings its products to market first has the<br />
advantage. So, we had to go quickly to market.”<br />
Several Day-Brite technical teams crisscrossed<br />
the globe searching for the fabrication<br />
equipment. Bratton and Bob Dexter, plant<br />
superintendent, visited Finn-<strong>Power</strong>’s facilities in<br />
“The integrated automated system was the key to<br />
Finn-<strong>Power</strong> over the competition. None of the other<br />
machine producers had this capability. Finn-<strong>Power</strong><br />
was head and shoulders above the competition.”<br />
Scott Bratton, fabrication manager, displays a part produced on the Shear<br />
Genius fliexible manufacturing cell. According to Bratton, the benefits of<br />
the Shear Genius included reduced labor costs, shorter lead times, higher<br />
part qualify, and repeatability of that quality. The Finn-<strong>Power</strong> integrated<br />
system allowed the company to introduce the new product to the market<br />
for a total of $4 million in new product sales in 2005 alone.<br />
12
Automation<br />
Finland in October, 2002. “We saw many<br />
facilities where multiple machines were<br />
running with just one operator,” says<br />
Bratton. “We decided that Finn-<strong>Power</strong><br />
would fit the needs at Day-Brite.”<br />
Day-Brite began production of Phase<br />
1 of the Finn-<strong>Power</strong> flexible manufacturing<br />
system in September, 2004. The system<br />
included: the Shear Genius punch/shear<br />
combination, a hydraulic press brake with<br />
robot, and six bays of the Night Train<br />
material management system to tie it all<br />
together.<br />
Shear Genius Flexibility<br />
With the Shear Genius concept, the<br />
objective is to provide one machine<br />
capable of transforming a full-sized sheet<br />
into punched parts. These parts can be<br />
moved to secondary operations utilizing<br />
the sorting and stacking automation into<br />
the Night Train material management<br />
system and on to bending operations<br />
without being touched by human hands.<br />
As loading, punching, and shearing of<br />
parts become automated, the result is<br />
finished parts with a dramatic reduction in<br />
scrap and manual labor while increasing<br />
profitability.<br />
Shear Genius functions with<br />
sophisticated simplicity, able to perform<br />
the most demanding jobs with minimal<br />
set-up times and “lights out” operation.<br />
The Shear Genius increases material<br />
productivity through efficient and versatile<br />
nesting programs. The level of automation<br />
can be customized through Finn-<strong>Power</strong>’s<br />
flexible modular solutions for raw material<br />
storage, loading, unloading, sorting and<br />
stacking. These features can be added later<br />
as budgets allow and production demands<br />
increase.<br />
The Shear Genius ease of operation<br />
does not compromise the cell’s per minute<br />
part production, flexibility, or ability to<br />
fabricate complex parts. On average, Shear<br />
Genius reduces total manufacturing time<br />
by 60% and saves one blank sheet out of<br />
every 10.<br />
The Shear Genius eliminates wasteful<br />
skeletons and costly secondary operations,<br />
such as deburring. Nibble edges on the<br />
part exteriors were eliminated through the<br />
use of the integrated right angle shear. In<br />
fact, the same clamps that hold the sheet for<br />
punching also hold it for shearing. In essence,<br />
the Shear Genius allows the automated process<br />
to begin with a full-sized sheet of material and<br />
end with a finished part after automated<br />
loading, punching, forming, shearing, and<br />
unloading – all in one operation.<br />
The Shear Genius eliminates wasteful skeletons<br />
and costly secondary operations, such as deburring.<br />
Nibble edges on the part exteriors were eliminated<br />
through the use of the integrated right angle shear.<br />
In fact, the same clamps that hold the sheet for<br />
punching also hold it for shearing.<br />
According to Bratton, the benefits of the<br />
Shear Genius included reduced labor costs,<br />
shorter lead times, higher part quality, and<br />
repeatability of that quality. “On our older<br />
turret punch presses, the consistency of quality<br />
was left in the hands of our operators,” says<br />
Bratton. “They would have to shear the blank<br />
to a certain size and then load it into the turret<br />
punch press. With the Shear Genius, we’ve<br />
eliminated blanking since we are able to<br />
fabricate full-sized sheets and nest the parts,<br />
ensuring part consistency and squareness from<br />
one run to the next.”<br />
Night Train<br />
The centerpiece of the Finn-<strong>Power</strong><br />
automated sheet processing system is the Night<br />
Train Material Management System, which is<br />
the inventory and material transporting center.<br />
The Night Train FMS provides a total solution<br />
for unmanned operation for sheet metal<br />
fabricators by automating system control, as<br />
well as material flow within the system. This<br />
includes supplying raw material as well as<br />
removing and storing work in process.<br />
“The integration of the Night Train with its<br />
management system was a big feature for us,”<br />
says Bob Dexter, plant superintendent. “We run<br />
a great deal of 24/7, including ‘lights out’ over<br />
the weekend on some of our larger volume<br />
products to get a jump on production.”<br />
Robotic Hydraulic Press Brakes<br />
According to Bratton, the primary focus of<br />
the robotic hydraulic press brake was to<br />
eliminate 2-man operations on the press brake.<br />
“We didn’t care about keeping the robotic press<br />
brake running 100% of the time,” says Bratton.<br />
“Rather, we had a series of parts that required<br />
two operators to form a complete part. With<br />
the robot, every time we form and make that<br />
continued on page 14<br />
With the Shear Genius concept, the objective is to provide one machine capabile of transforming a full-size sheet into<br />
punched parts. These parts can be moved to secondary operations utilizing the sorting and stacking automation into the<br />
Night Train material management system and on to bending operations without being touched by human hands.<br />
13
continued from page 13<br />
product we save about 40%…and that’s just<br />
labor. And I get a better part. I don’t know how<br />
much we save from blanking because that was a<br />
cut to size blank that we bought on the outside<br />
Day-Brite had a series of parts that required two operators<br />
to form a complete parts. With the robotic press brake from<br />
Finn-<strong>Power</strong>, the company reports a labor savings of 40% of<br />
each part bent.<br />
to process on our older turret punch press. We<br />
run about 500 of the 2 x 4 size a month. Our<br />
total savings is about 50%/part.”<br />
Other benefits of the robotic press brake<br />
include:<br />
Provides unmanned bending at<br />
maximum speed<br />
Produces exceptionally consistent parts<br />
Can be integrated into Finn-<strong>Power</strong>’s<br />
Flexible Manufacturing System.<br />
Results of Phase 1<br />
Day-Brite began production on the first<br />
phase of the Finn-<strong>Power</strong> in September 2004<br />
with the first shift. In December the company<br />
added the second shift, and in February 2005 it<br />
added the third shift. “We average<br />
approximately 18 hours of machine uptime,”<br />
says Dexter.<br />
“Finn-<strong>Power</strong>’s Phase 1 introduction at Day-<br />
Brite was a huge success,” says Bratton. “The<br />
Finn-<strong>Power</strong> integrated system allowed us to<br />
introduce the new product to the market for a<br />
total of $4-million in new product sales in 2005<br />
alone. While we hoped that the Shear Genius<br />
would allow us to bring the contract work back<br />
inside, we weren’t able to accomplish this at the<br />
time because the Finn-<strong>Power</strong> system was<br />
running at full capacity within six months.”<br />
Phase 2 Begins<br />
Phase 2 of the program began in March<br />
2007 with the addition of another Shear Genius<br />
cell; a Night Train extension of an additional<br />
four bays; and two servo-electric E press brakes.<br />
The new Shear Genius was the SG8 with a<br />
maximum sheet size of 1,500 mm x 4,300 mm.<br />
With this addition, Day-Brite brought back<br />
75% of the fabrication that had been contracted<br />
to local job shops. The remaining job shop<br />
contracts mainly include laser cut parts. “Our<br />
new Shear Genius runs nothing but pre-painted<br />
metal, galvanized, and mirro aluminum,”<br />
explains Bratton. “From a customer standpoint<br />
it has helped us get products to our customers<br />
faster. It has helped our design engineers with<br />
product development. We dedicate our<br />
machines and no longer have to contract<br />
outside parts. We program the part, form the<br />
part, and get it to them so we can now take the<br />
product to market quickly. This has given us a<br />
competitive edge.”<br />
E Press Brake<br />
The two servo-electric E press brakes have<br />
upper and lower hydraulic tool clamping.<br />
This Finn-<strong>Power</strong> press brake is a fast,<br />
accurate bending solution. By applying<br />
mechanics and electronics, a unique, patented,<br />
mechatronic drive was developed. This drive is<br />
based on the pulley principle resulting in a very<br />
even distribution of forces in the top beam,<br />
high accuracy, increased productivity, and<br />
decreased energy consumption, and few<br />
maintenance requirements. The frame concept<br />
makes it possible to utilize the back gauge<br />
system across the entire working length.<br />
“The E Series press brake is a phenomenal<br />
piece of equipment,” says Bratton. “Many of<br />
our products have multiple forming operations.<br />
With the Finn-<strong>Power</strong> E Series press brake, we<br />
have seen increases in our productivity, quality<br />
repeatability, and reduced set-up and<br />
programming times. We estimate savings of 35-<br />
40% bending with the new press brakes over<br />
the older models.”<br />
Reliability<br />
Another important feature of the Finn-<br />
<strong>Power</strong> equipment to Day-Brite has been<br />
reliability. “We have not had any significant<br />
downtime on the Finn-<strong>Power</strong> equipment,” says<br />
Dexter. “The installation of the equipment went<br />
very well. It was always on time – and when we<br />
turned it on…it ran. Finn-<strong>Power</strong> did a very<br />
professional job getting the equipment up and<br />
running as well as servicing and maintaining it.”<br />
“A key point to Day-Brite is on-time<br />
performance to our customers,” explains<br />
Bratton. “In 2006, we started out at 90%. Last<br />
year, we came in at 93%, and this year our goal<br />
is 95%. The Finn-<strong>Power</strong> equipment has helped<br />
us reach these goals.”<br />
“The Finn-<strong>Power</strong> integrated system allowed us to<br />
introduce the new product to the market for a total<br />
of $4 million in new product sales in 2005 alone.”<br />
The two servo-electric E press brakes have upper and lower hydraulic tool clamping.<br />
This Finn-<strong>Power</strong> press brake is a fast, accurate bending solution. With the Finn-<br />
<strong>Power</strong> E Series press brakes, Day-Brite has experienced increases in productivity,<br />
quality, repeatability, and reduced set-up and programming times.<br />
“The integrated<br />
automated system was the key<br />
to Finn-<strong>Power</strong> over the<br />
competition,” adds Philips.<br />
“None of the other machine<br />
producers had this capability.<br />
Finn-<strong>Power</strong> was head and<br />
shoulders above the<br />
competition. The competition<br />
had islands of automation, but<br />
the Finn-<strong>Power</strong>’s integration of<br />
the Shear Genius and robotic<br />
press brake are all tied<br />
together with the Night Train.<br />
It allows us to run lights out<br />
on the weekend. It was so<br />
successful that we doubled the<br />
size of the installation with a new Shear Genius,<br />
the two E press brakes, and expanded the Night<br />
Train. Future purchases being considered for<br />
2009 include the EBe servo electric bender, the<br />
X5 stand alone turret punch press, and another<br />
E Series servo-electric press brake.”<br />
Day-Brite’s business had gradually<br />
moved away from just commondity<br />
products to a more architectural<br />
grade product. The company’s<br />
challenge was to find a way to go<br />
from product design, to fabricating<br />
the part, and have it already<br />
assembled to within one day. Finn-<br />
<strong>Power</strong> provided the solution.<br />
14
FOCUS ON TOOLING<br />
by Jeff Paulson, Marketing Manager, Wilson Tool International<br />
Improve Punch Press Performance<br />
with Lean Tooling Innovations<br />
Tightening budgets and rising costs are leading punch press<br />
fabricators worldwide to develop lean manufacturing processes.<br />
Choosing more efficient tooling can play an important role in<br />
reaching such lean goals as faster setups, higher productivity and reduced<br />
waste. Wilson Tool offers a number of innovative tooling solutions that<br />
drastically improve punch press performance and help our customers<br />
achieve their lean manufacturing goals.<br />
Multi-Tool or Multiple Tools? You Decide.<br />
Perhaps more than any other tooling available, the Multi-Tool<br />
exemplifies all the benefits<br />
that contribute to “lean”<br />
tooling advances for the<br />
punch press. Using a single<br />
Multi-Tool, punch press<br />
fabricators are able to<br />
produce the same part in less<br />
time and for less money than<br />
with several individual tools.<br />
With our Multi-Tools<br />
for Finn-<strong>Power</strong> machines,<br />
fabricators are able to load<br />
the equivalent of 3, 8, or even<br />
20 smaller tools in a single<br />
station to increase turret capacity. So, instead of loading punches<br />
individually, fabricators can load multiple punches simultaneously and<br />
perform several punching operations with one set-up. This reduces the<br />
number of tool changes operators make in the course of a run and results<br />
in significantly less downtime.<br />
Our R-Series Multi-Tool ® for<br />
Finn-<strong>Power</strong> machines adds further<br />
dimension to the flexibility offered<br />
by multi-tools by allowing high<br />
capacity fabricators to select not only<br />
the punch but also the angle with a<br />
single Multi-Tool. Using indexing, each<br />
individual tool in a Multi-Tool is able to<br />
achieve 360° punching operation. This flexibility<br />
eliminates the need to purchase multiple tools shaped<br />
at a variety of angles to meet specific production needs<br />
thereby reducing overall tooling costs.<br />
Unlike conventional multi-tools, our engineers created an innovative<br />
drop-in design that allows punches to be loaded quickly and easily. They<br />
also made sure to limit the number of moving parts, meaning our multitools<br />
are more reliable and require less maintenance.<br />
Bound to be the most functional tool on your punch press, the<br />
Wilson Tool Multi-Tool increases turret capacity, reduces tool changes,<br />
speeds run times and means less tooling to purchase and maintain.<br />
Get Rolling with Wilson Wheels.<br />
In pursuit of greater speed and performance, sheet metal fabricators<br />
worldwide are discovering the Wilson Wheel ® family of products. These<br />
revolutionary tools are unlike any other style of punch press tooling,<br />
allowing fabricators to create unique forms and shapes at unbelievable<br />
speeds.<br />
Wilson Tool Helps Fabricators Reach Lean Goals<br />
Each forming tool is specially designed for high-speed<br />
production of slits, ribs, offsets, knurls, flares and logos<br />
on a wide range of materials with virtually no burrs<br />
or nibble marks. Faster cycle times and high<br />
quality production help fabricators achieve<br />
higher output with less waste.<br />
Fabricators wanting the flexibility to<br />
quickly create offsets in any contour<br />
starting or ending anywhere on the sheet<br />
should try the Hydraulic Rolling Offset.<br />
Creating ribs in contours can be done<br />
just as easily with the Hydraulic Rolling<br />
Rib. The Hydraulic Rolling Shear<br />
makes it possible to create straight line<br />
cuts or contours from anywhere on the<br />
sheet. Each of these can be produced<br />
using Auto Index.<br />
For easy, clean separation of parts,<br />
the Hydraulic Rolling Pincher is ideal.<br />
The Rolling Logo tool makes it<br />
easy to produce more visible logos.<br />
Logos can be produced larger<br />
than stations size (e.g. 100 mm<br />
long logo in a C station) on a<br />
wide range of material. Logos<br />
can be started or ended<br />
anywhere on the sheet. Tonnage<br />
is reduced compared with single<br />
hit stamping.<br />
Our Rolling Knurl tool<br />
creates a grip like effect on the<br />
sheet metal for rapid<br />
production of knurls. Highspeed<br />
production is equal to<br />
programmed table travel speed.<br />
The innovative Rolling<br />
Flare tool enables production<br />
of large diameter flares, even<br />
larger than station size<br />
normally allows, as well as<br />
other shapes. Each Rolling<br />
Flare is designed to suit<br />
specific customer requirements.<br />
Wilson Wheel technology from Wilson Tool cuts cycle times, reduces<br />
waste and produces higher quality products to support lean manufacturing<br />
goals.<br />
For more information, please contact:<br />
Wilson Tool International<br />
12912 Farnham Avenue<br />
White Bear Lake, MN 55110 USA<br />
Tel: 800.328.9646<br />
Fax: 800.222.0002<br />
marketing@wilsontool.com<br />
16
PRODUCT REVIEW<br />
Discover the Unique<br />
Versatility of Servo-Electric Punching<br />
Finn-<strong>Power</strong> introduced the servo-electric E series turret punch press<br />
in 1998. Since then, we have continued developing and applying<br />
this modern, highly productive technology so that today the range<br />
of servo-electric Finn-<strong>Power</strong> solutions is the widest in the world market, and<br />
our experience in this technology is the most extensive. The most recent<br />
addition is the new E5 series turret punch press.<br />
The new generation of Finn-<strong>Power</strong>’s servo operated E-series turret punch<br />
presses offers versatile punching, nibbling, forming and bending capacity on a<br />
single machine tool. Based on the ECOPUNCH ® concept, the E-series is an<br />
astonishing money saver, featuring:<br />
Low connection power<br />
Low power consumption<br />
Low maintenance costs<br />
High speed<br />
High accuracy<br />
High repeatability<br />
In addition, carefully planned ergonomics, low noise levels, and a<br />
modern industrial design combine to make the E-series turret punch press a<br />
truly state-of-the-art solution for flexible, productive fabrication.<br />
Three Models for Different Sizes<br />
Finn-<strong>Power</strong> E5 – small layout and convenient operation. Max sheet size<br />
without repositioning 50" x 120" (2,530 mm x 1,270 mm). Punching speed of<br />
800 hpm at 1mm.<br />
Finn-<strong>Power</strong> E6 – higher range of automation and optional features. Max<br />
sheet size without repositioning 60" x 120" (3,074 mm x 1,542 mm).<br />
Punching speed 900 hpm at 1mm pitch.<br />
Finn-<strong>Power</strong> E8 – Full support for large sheet sizes. Max sheet size<br />
60" x 169" (4,300 mm x 1,565 mm). Punching speed 900 hpm at 1mm pitch.<br />
17
FOCUS ON TOOLING<br />
by Andy Spence-Parsons, Marketing Manager, Mate Precision Tooling<br />
Multi Tools Eliminate Waste<br />
and Expand Capabilities<br />
The implementation of lean<br />
manufacturing techniques demands<br />
that fabricators continually seek out<br />
and eliminate sources of waste.<br />
One common source of waste is the time it<br />
takes to change tools between jobs. This can be<br />
particularly true for a job shop manufacturer<br />
who may have less ability to standardize on<br />
common sizes. Multi tools help eliminate this<br />
source of waste by allowing multiple tools to be<br />
installed into a single station. This capability<br />
expands the number of tools that can be<br />
installed in a single machine set-up, reducing, or<br />
maybe even eliminating, the necessity for tool<br />
changes.<br />
Mate has partnered with Finn-<strong>Power</strong> for<br />
more than twenty years to become the world’s<br />
leading designer and manufacturer of multi tool<br />
systems. This valuable design partnership<br />
resulted in a comprehensive range of world class<br />
Multi-Tool products designed and engineered as<br />
an integral part of the high performance<br />
machines in which they operate.<br />
As part of this continued relationship, Mate<br />
recently launched a new generation of Multi<br />
Tool assemblies that combine the flexibility and<br />
longevity of Ultra TEC ® tooling with quick<br />
length adjustment, and robust construction.<br />
Ultra Multi Tools expand the capacity of a<br />
thick turret Finn-<strong>Power</strong> punch press by allowing<br />
either 3 or 8 punch and die sets to be placed in<br />
one of the 3-1/2" D auto-index stations.<br />
Designed for use with Mate’s Ultra TEC ®<br />
punches, strippers and Slug Free ® dies, these<br />
new multi tools enhance the high performance<br />
of today’s thick turret Finn-<strong>Power</strong> punch presses<br />
with the following operating features:<br />
Ultra TEC punches provide exceptional life<br />
between regrinds. Ultra TEC strippers have<br />
recess for added 0.118 inch (3.00 mm) punch<br />
grind life while the Slug Free dies eliminate slug<br />
pulling and increase piece part quality.<br />
The Multi Tool Drop-In quick tool change<br />
design allows changing tools in the upper<br />
assembly without hand tools or disassembly.<br />
Fast tool changes reduce machine downtime<br />
while increasing productivity.<br />
Mate Ultra ®<br />
Multi Tool 3<br />
Punch and<br />
Die Sets<br />
The integral punch length adjustment<br />
feature ensures optimal punching performance<br />
and efficient slug discharge across a wide<br />
material range. Each punch is adjustable for<br />
precise punch-to-stripper lead and die<br />
penetration suitable for sheet thicknesses from<br />
0.020 inch (0.50 mm) to 0.157 inch (4.00 mm).<br />
0.004 inch (0.10 mm) minimum die<br />
clearance ensures unprecedented punching<br />
accuracy and cleanly punched edges for<br />
materials as thin as 0.020 inch (0.50 mm). The<br />
one-piece multi tool punch carrier eliminates<br />
cumulative tolerances to ensure punching<br />
accuracy.<br />
Sheet marking protection eliminates sheet<br />
marking while improving piece part quality. The<br />
innovative multi tool holder is designed so that<br />
each tool is individually activated while inactive<br />
punches are prevented from moving, thus<br />
protecting part surfaces from unwanted marks.<br />
A replaceable multi tool face plate reduces<br />
ongoing maintenance costs. Its simple, robust<br />
design provides extended service life and is fully<br />
compatible with slide-in Ultra TEC strippers.<br />
Mate multi tools are compatible with<br />
automatic tool lubrication delivery systems.<br />
Lubrication is delivered via the punch ram<br />
through the central shaft over all moving<br />
surfaces within the multi tool punch holder<br />
assembly. In addition, external spiral grooves in<br />
Mate Ultra ®<br />
Multi Tool 8<br />
Punch and<br />
Die Sets<br />
the outside diameter of the holder reduce<br />
friction between the machine and holder,<br />
especially during high speed nibbling<br />
operations.<br />
“Extending the performance of today’s high<br />
performance thick turret presses is every Finn-<br />
<strong>Power</strong> user’s objective,” reports Andy Spence-<br />
Parsons, Mate VP Operations. “Mate’s new<br />
Ultra Multi Tools, incorporating Ultra TEC<br />
tooling, accomplishes this cost effectively while<br />
ensuring highest quality sheet metal parts. They<br />
are another great tooling option for fabricators<br />
looking for a competitive advantage.”<br />
For more information on tooling systems to<br />
suit Finn-<strong>Power</strong> machines, please visit<br />
www.mate.com/finn-power.<br />
Mate Precision Tooling<br />
1295 Lund Boulevard<br />
Anoka, Minnesota 55303<br />
USA and Canada<br />
1-800-328-4492<br />
Fax 1-800-541-0285<br />
Outside USA and Canada<br />
1-763-421-0230<br />
Fax 1-763-421-0285<br />
Email: marketing@mate.com.<br />
18
FOCUS ON BRAZIL<br />
Finn-<strong>Power</strong>’s Punching & Bending Technology<br />
Attracts Interest at Brazilian Trade Fair<br />
Last May 13-17, Finn-<strong>Power</strong> International and its<br />
Brazilian distributor ASAMAQ jointly participated in<br />
the MECANICA trade fair at the Anhembi Park<br />
Exhibition Hall, Sáo Paulo, Brazil. MECANICA is one of the<br />
largest trade shows for all of South America. And this year,<br />
there was record-setting attendance each day of the show.<br />
On display were Finn-<strong>Power</strong>’s C5 turret punch press and<br />
the servo-electric E press brake. “Brazil continues to be a very<br />
important market for Finn-<strong>Power</strong>,” explains Ron Palick, vice<br />
president South America. “We are very pleased with the<br />
number of visitors to our booth. We sold several machines<br />
during the show and obtained numerous excellent leads.”<br />
Also representing Finn-<strong>Power</strong> were Lutz Ehrlich,<br />
punching and automation product manager, Bob Kolcz,<br />
director, marketing & corporate communications, and Jeremy<br />
Caddick, applications engineer.<br />
The Finn-<strong>Power</strong> C5 turret punch press and servo-electric E press brake were visitor magnets at the Mecanica<br />
Trade Fair, held May 13-17 in Sao Paulo, Brazil. Record setting attendance was set each day of the show.<br />
19
CUSTOMER PROFILE<br />
Brazilian Oven Manufacturer Heats Up<br />
Productivity with Finn-<strong>Power</strong> Turret Punch Press<br />
Prática Technicook, Pouso Alegre, MG, Brazil, is a manufacturer<br />
of professional ovens found in grocery stores, industrial<br />
kitchens, and hotels. The company began operations in 1991 as<br />
a shelving manufacturer for the supermarket industry with a three-person<br />
staff. Soon the Prática management identified an opportunity in<br />
producing energy-efficient baking equipment made from quality stainless<br />
steel material, with a better design and in accordance with governmental<br />
hygiene regulations.<br />
Prática’s first entry into this market was the convection oven for<br />
baking. By 1997, the company expanded into the Combi-Oven market,<br />
which just had been introduced to Brazil. These products roast, bake, fry,<br />
regenerate, grill, prepare “au gratin”, and defrost. Through the years,<br />
Prática has earned a reputation for producing quality, well-crafted<br />
equipment – growing 40% for each of the last five years. Today, the<br />
company’s 150 employees work two shifts in producing oven products for<br />
18 countries throughout Latin America.<br />
Luiz Eduardo Rosa Rezende, diretor, (left) and Alberto Close, exports manager, inspect a<br />
part produced on the Finn-<strong>Power</strong> C5 turret punch press.<br />
In order to increase production and productivity to meet this growing<br />
demand, Prática recently moved into a new manufacturing facility of<br />
5,000 square meters. The company has also examined its fabrication<br />
equipment and techniques in order to maximize its production.<br />
Fabrication Equipment<br />
In its early days, Prática’s fabrication equipment consisted of a hand<br />
shear and mechanical press brake. In 2001, the company purchased its<br />
first punching machine – a pneumatic, one-station punch. As its market<br />
grew, Prática added five-station hydraulic machines. By 2006, the<br />
“The C5 has not only supplied what we<br />
needed but has taken the job of our two<br />
older presses. We not only increased our<br />
production but lowered our labor costs.”<br />
company had outgrown its fabrication equipment and needed to add more<br />
capacity…and chose the C5 hydraulic turret punch press from Finn-<strong>Power</strong><br />
which was installed in January 2007.<br />
The 20-station, 300 kN C5 hydraulic turret punch press from Finn-<br />
<strong>Power</strong> has a maximum sheet capacity of 1270 mm x 2500 mm and is<br />
available with either Siemens or Fanuc controls. According to Luiz<br />
Eduardo Rosa Rezende, diretor, the C5 has proven to be highly<br />
productive, fast, and durable. “When we purchased the Finn-<strong>Power</strong> C5<br />
turret punch press,” explains Rezende, “our hope was to just supply our<br />
needs with the other punch presses still in operation. However, the C5 has<br />
not only supplied what we needed but has taken the job of our two older<br />
presses. We not only increased our production but lowered our labor<br />
costs.”<br />
Features and benefits of the C5 include:<br />
Super fast servo hydraulic punching – Nibbling speeds up to 1100<br />
hpm. The servo-controlled ram, stroke speed, and position are fully<br />
and individually adjustable in both directions. Another benefit is<br />
different punching modes (punch, Quiet Punch, downforming,<br />
and marking).<br />
Easy loading – Four optimally-positioned gauge pins allow easy<br />
loading of blanks or full-sized sheets. Sheet loading is performed<br />
with a simple push and always close to the table edge. Sheet<br />
supports rise from the table to allow easy positioning of heavy<br />
material.<br />
The 20-station, 300 kN C5 hydraulic turret punch<br />
press from Finn-<strong>Power</strong> has a maximum sheet capacity<br />
of 1270 mm x 2500 mm and is available with either<br />
Siemens or Fanuc controls.<br />
Finn-<strong>Power</strong>’s patented automatic clamp setting PCS is a<br />
standard C5 feature that automatically positions sheet<br />
clamps according to the numerical program, virtually<br />
eliminating dead zones.<br />
20<br />
The C5 delivers the processed components to a freely<br />
programmable position on the table, increasing the<br />
operator’s efficiency.
The C5 provides nibbling speeds up to 1100 hpm.<br />
The servo-controlled ram, stroke speed, and position<br />
are individually adjustable in both directions.<br />
Efficient unloading – The C5 delivers the processed components to<br />
a freely programmable position on the table, increasing the<br />
operator’s efficiency. The entire material flow on the C5 can be<br />
conducted from just one side. This allows simple and efficient<br />
logistics and enables the machine to be positioned anywhere on the<br />
shop floor – even in a corner.<br />
Other unique features of the C5 turret punch press include:<br />
Tool Holders – Finn-<strong>Power</strong> incorporates an individual tool holder<br />
concept that allows customers to design their own turret layouts.<br />
Unlike other designs, specific tool stations are not machined into<br />
the turret. Finn-<strong>Power</strong> offers the only flexible selection of tool<br />
holders in the industry. Any major tooling style can be installed in<br />
a Finn-<strong>Power</strong> turret. Up to 10 auto-index, forming, or Multi-Tool ®<br />
stations may be installed in a Finn-<strong>Power</strong> turret.<br />
Auto-Index – Finn-<strong>Power</strong>’s unique auto-index system precisely<br />
rotates the punch and die in their tool holders. Rotation in .001<br />
degree programmable increments gives the machine the ability to<br />
rotate beyond 360 degrees, allowing the system to automatically<br />
select the shortest path to rotate to a programmed angle input into<br />
the NC part program with simplicity, speed, and reliability. Full<br />
tonnage can be used in any station, with any tool size, and at<br />
maximum material thickness. Prática has four auto-index stations.<br />
Multi-Tool ® — Finn-<strong>Power</strong>’s Multi-Tool stations increase the<br />
number of tools available in a turret, thus reducing set-up and<br />
increasing productivity. The Multi-Tool system allows multiple<br />
tools to be put in one station. Finn-<strong>Power</strong> Multi-Tool offers 6, 8,<br />
10, or 24 different punch/die combinations in only one station – a<br />
turret within a turret. Prática has four Multi-Tools – two 8-station<br />
and two 10-station. The company also utilizes the Roller Ball tool<br />
from Mate Precision Tooling. “Finn-<strong>Power</strong>’s Auto-Index and Multi<br />
Tool are very important features for us,” says Rezende. “We have<br />
been able to dramatically reduce our set up time with the additional<br />
tools in the turret.”<br />
Automatic Clamp Setting & Movement – Finn-<strong>Power</strong>’s patented<br />
automatic clamp setting PCS is a standard C5 feature. It<br />
automatically positions sheet clamps according to the numerical<br />
program, virtually eliminating dead zones. When changing<br />
production from full size to small sheets, clamp settings can be<br />
made automatically without wasting operator time.<br />
Optional features on the C5 include:<br />
Optional Work Chute – Finn-<strong>Power</strong>’s work chute is not just a drop<br />
door or a work chute in the ordinary sense. Its mechanism allows<br />
the reception of several components to 500 mm x 500 mm in size<br />
onto a level from which they subsequently exit from the machine.<br />
Optional Upward Forming System – The safe solution for sheet<br />
metal forming is from below the sheet. Finn-<strong>Power</strong>’s upward<br />
forming option provides more accurate forming and greater forming<br />
heights up to 16 mm.<br />
Unique to the C5 turret punch press, full tonnage indexable<br />
upforming allows complex forming operations to be made quickly by<br />
using a single forming tool. An index mechanism is used to turn the<br />
forming tool into an NC programmed angle. Finn-<strong>Power</strong>’s upforming<br />
feature provides a precise process for knock-outs, louvers, and other<br />
forming. Finn-<strong>Power</strong> resolved the conventional problem of the die height<br />
impeding free sheet movement. Finn-<strong>Power</strong>’s design allows forming<br />
heights up to 16 mm with the forms made by the die moving upwards<br />
and then retracting, allowing completely free sheet movement, eliminating<br />
the risk of process instability.<br />
“We have greatly increased our capabilities with the Finn-<strong>Power</strong> C5<br />
turret punch press,” explains Rezende. “Before we installed the Finn-<strong>Power</strong><br />
C5, we had the capacity to make six ovens per day. With the C5, we now<br />
produce 10 ovens plus four refrigeration units per day. We have more than<br />
doubled our production…with less labor and less expense in tooling. 95%<br />
of what we produce is stainless steel. Everything is fabricated on the C5,<br />
which amounts to 45 metric tons of stainless steel per month.”<br />
Establishing strong relationships<br />
with its customers and vendors is<br />
extremely important to Prática.<br />
“The C5 is a very accurate and<br />
strong machine,” concludes<br />
Rezende. “We have had no<br />
maintenance problems and have<br />
experienced very good after-sales<br />
support by Finn-<strong>Power</strong>’s dealer<br />
ASAMAQ, Limitada. When the<br />
need arises, we would certainly buy<br />
another Finn-<strong>Power</strong> machine.”<br />
Pratica’s 150 employees work two shifts in producing oven<br />
products for 18 countries throughout Latin America.<br />
Finn-<strong>Power</strong>’s NC Express CNC programming system is a user<br />
friendly, integrated, and automated tool for managing Finn-<br />
<strong>Power</strong> equipment in the most efficient manner available.<br />
Through the years, Prática has earned a reputation for<br />
producing quality, well-crafted equipment-growing 40%<br />
for each of the last five years.<br />
21
FOCUS ON ARGENTINA<br />
Finn-<strong>Power</strong> Displays X5 Turret Punch<br />
Press at Argentina Trade Show<br />
The FIMAQH 2008 exhibition was held May<br />
28 - June 1 at Costa Salguero Center in Buenos<br />
Aires, Argentina. Finn-<strong>Power</strong> International and<br />
its Argentine distributor, Forsthuber y Sia, s.r.l. displayed<br />
the Finn-<strong>Power</strong> X5 hydraulic turret punch press.<br />
“While Argentina certainly has faced its share of<br />
economic challenges in past years, the post-election<br />
climate in Argentina is very encouraging,” says Ron<br />
Palick, vice president, South America. “We had many<br />
visitors each day of the show interested in updating their<br />
fabrication technology. In fact, we sold a Shear Genius<br />
flexible manufacturing cell during FIMAQH. The<br />
exhibition was excellent exposure for Finn-<strong>Power</strong> in<br />
Argentina and was proof that Finn-<strong>Power</strong> continues to<br />
attract the South American market.”<br />
Also representing Finn-<strong>Power</strong> were Lutz Ehrlich,<br />
punching and automation product manager and Jeremy<br />
Caddick, applications engineer.<br />
Large crowd of visitors filled the Finn-<strong>Power</strong> booth each day of the FIMAQH 2008 exhibition. The point of interest<br />
was the X5 hydraulic turret punch press that provides Finn-<strong>Power</strong> technology, performance, and reliability at an<br />
affordable investment and operating cost.<br />
22
FOCUS ON ROBOTICS<br />
New Advances in<br />
Material Handling Robotics<br />
Robotic automation has come along way in terms of the<br />
capability and flexibility in the last 25 years, with each year<br />
bringing greater advancements. Some are profound, such as<br />
Intelligent Vision Guided Robot Systems, which are dramatically changing<br />
the way systems are being designed. Robots that can see and think.<br />
Unheard of. Sometimes the changes are subtle but offer a huge advantage<br />
to the customer.<br />
The new M-10iA robot is an excellent example of how a small<br />
improvement on an already great product can result in a large payoff for<br />
the customer. The M-10iA is the next generation of FANUC Robotics<br />
high-performing six-axis material handling product line. With a standard<br />
payload of 10 kg, this robot is ideal for the quick and precise movements<br />
required in the press brake market.<br />
Hollow Wrist & Arm (Solution Arm)<br />
The most impressive new feature of the M-10iA is the hollow wrist<br />
and upper arm, also referred to as the Solution Arm. Automating a press<br />
brake application requires a dress out or cables to be attached to the<br />
robot’s wrist and arm. Dress-out cables are bulky when exposed and can<br />
interfere with the robot, tooling or peripheral equipment especially when<br />
the wrist is twisting. Complications range from damaged or twisted cables<br />
to completely severed cables.<br />
Failures in this area can lead<br />
to downtime and loss of<br />
production.<br />
The sleek design of the<br />
M-10iA hollow wrist and<br />
upper arm eliminates the<br />
need for complicated robot<br />
dress outs and offers reduced<br />
costs and improved reliability<br />
in return. Dress outs, cables<br />
and airlines are simply routed in the 50-mm hollow wrist and upper arm<br />
and are protected. This design also brings benefits of simplified wiring of<br />
electrical and pneumatic connections which saves integration costs. Simply<br />
enclosing the dress out improves cable life and reliability. The hollow wrist<br />
and arm is a unique feature of the M-10iA and is unmatched in the<br />
robotic industry.<br />
Doing More with the Allowable<br />
Payload (Moments and Inertia)<br />
Another key advantage to the M-10iA robot is that the allowable wrist<br />
moments and inertias are significantly higher than the previous model as<br />
well as similar class competitors’ products. The allowable wrist moment is<br />
70% higher than the previous model and the allowable wrist inertia is<br />
56% higher. In layman’s terms, these higher specifications allow users to<br />
have much larger tools and allow them to have the 10kg payload offset<br />
further away from the face of the robot. This is a key factor in the press<br />
brake market, where the robots are required to pick and place large sheets<br />
of sheet metal.<br />
Long Arm Product Variant<br />
Extremely versatile, the M-10iA is also available in a long arm version.<br />
The benefit of the long arm requires a slight sacrifice in the payload. The<br />
M-10iA payload decreases from 10kg to 6kg. However, if payload is not a<br />
pressing issue, the long arm version provides a significant benefit in terms<br />
by Kari DeSantis, Senior Marketing Analyst, FANUC Robotics America, Inc.<br />
New M-10iA Material Handling Robot<br />
23<br />
of robot reach. The long arm version increases the reach from 1420mm to<br />
1630mm. The larger work envelop can save costs by avoiding the use of<br />
multiple robots in a cell. In addition, both the M-10iA can be mounted<br />
on the floor, wall or ceiling at any angle.<br />
Model Specifications<br />
Robot Model Reach Payload<br />
M-10iA 1420 mm 10 kg<br />
M-10iA/6L 1630 mm 6 kg<br />
The M-10iA represents a dominant product line with world-class axis<br />
speeds that decrease cycle times and improve production.<br />
Other High Performance Features & Benefits<br />
Motion Speed Enhancements – World-class axis speeds which<br />
result in reduced cycle times<br />
Slimmer Arm – More compact arm for reduced interference zones<br />
Smaller Footprint – Robot base more compact, particularly useful<br />
for multi-arm systems<br />
Rigid Arm – Results in improved path accuracy<br />
Integrated iRVision – Allows visual guidance or error proofing<br />
For more information regarding the FANUC Robotics Product line,<br />
contact FANUC Robotics at www.fanucrobotics.com or by calling<br />
248-377-7000.
Finn-<strong>Power</strong> Group<br />
Sales & Service Units<br />
Global Headquarters & Manufacturing<br />
Finn-<strong>Power</strong> Group<br />
P.O. Box 38<br />
FIN-62201 Kauhava<br />
FINLAND<br />
Tel. + 358 6 428 2111<br />
Fax + 358 6 428 2244<br />
www.finn-power.com<br />
Bending Technology Unit<br />
Finn-<strong>Power</strong> Italia S.r.l.<br />
Viale Finlandia 2<br />
37044 Cologna Veneta (VR)<br />
ITALY<br />
Tel. + 39 0 442 413 111<br />
Fax + 39 0 442 413 199<br />
Benelux<br />
Finn-<strong>Power</strong> N.V.<br />
Leenstraat 5<br />
B-9810 Nazareth<br />
BELGIUM<br />
Tel. + 32 9 382 9030<br />
Fax + 32 9 382 9031<br />
Canada<br />
Finn-<strong>Power</strong> Canada, Ltd.<br />
1040 Martin Grove Road, Unit 11<br />
Toronto, Ontario<br />
M9W 4W4<br />
CANADA<br />
Tel. +1 416 242 4431<br />
Fax +1 416 242 7867<br />
China<br />
Finn-<strong>Power</strong><br />
Representative Office<br />
1/F, Block 1,<br />
Golden Dragon Ind. Centre<br />
152-160 Tai Lin Pai Road<br />
Kwai Chung, N.T.<br />
Hong Kong, P.R. CHINA<br />
Tel. + 852 2427 7991<br />
Fax + 852 2487 5548<br />
Finland<br />
Finn-<strong>Power</strong> Group<br />
P.O. Box 38<br />
FIN-62201 Kauhava<br />
FINLAND<br />
Tel. + 358 6 428 2111<br />
Fax + 358 6 428 2083<br />
France<br />
Finn-<strong>Power</strong> S.A.R.L.<br />
13, Avenue Condorcet<br />
91240 Saint Michel sur Orge<br />
FRANCE<br />
Tél. + 33 1 69 46 55 80<br />
Fax + 33 1 69 46 55 81<br />
Germany<br />
Finn-<strong>Power</strong> GmbH<br />
Lilienthalstr 2A<br />
Isar-Büro-Park<br />
Am Söldnermoos<br />
D-85399 Hallbergmoos<br />
GERMANY<br />
Tel. + 49 811 55330<br />
Fax + 49 811 1667<br />
Spain<br />
Finn-<strong>Power</strong> Iberica, S.L.<br />
Crta. De Molins de Rey a Sabadell<br />
km 13,5, Nave 5<br />
08191 Rubi, Barcelona<br />
SPAIN<br />
Tel. +34 902 302 111<br />
Fax +34 902 302 112<br />
United States<br />
Finn-<strong>Power</strong> International, Inc.<br />
555 W. Algonquin Road<br />
Arlington Heights, IL 60005<br />
USA<br />
Tel. + 1 847 952 6500<br />
Fax + 1 847 952 6530<br />
www.finnpower.com