2006 Fall Issue - UAW-Chrysler.com
2006 Fall Issue - UAW-Chrysler.com
2006 Fall Issue - UAW-Chrysler.com
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Mistake-Proof Power<br />
But light as the fixture is, Moore<br />
suggested that one of the handles be moved<br />
to make the job easier on workers with a<br />
shorter reach. Working with an engineer,<br />
he got the job done. And Moore couldn’t<br />
be happier.<br />
ALL-AROUND WIN-WIN<br />
Reactions like Moore’s make a lot of<br />
sense to Dan Lewandowski, <strong>UAW</strong> JAOP<br />
and Smart facilitator at Toledo North.<br />
Lewandowski will be helping to migrate<br />
Smart Manufacturing techniques throughout<br />
the plant as Nitro production hits<br />
high gear. “Mistake-proofing is a winwin<br />
for the <strong>com</strong>pany and the union,”<br />
he says. “It makes things easier for the<br />
workers and they won’t get in trouble for<br />
making mistakes. It also gets costs down<br />
for the <strong>com</strong>pany.”<br />
Among the significant innovations that<br />
will be <strong>com</strong>ing to workstations throughout<br />
the plant are Smart tools like Pick Lights. In<br />
workstations with parts that have a similar<br />
appearance, a green light will appear near<br />
the correct part for the next vehicle.<br />
John Moore hard at work<br />
building a Jeep Liberty.<br />
“ Mistake-proofing is a<br />
win-win for the <strong>com</strong>pany and<br />
the union.” — DAN LEWANDOWSKI<br />
Reaching into the bin breaks a light screen<br />
and tells the <strong>com</strong>puter the right part is<br />
being installed. But if an operator forgets to<br />
pick that part or picks a part out of another<br />
bin, the bin shows a red light and the<br />
vehicle will not move on until that part is<br />
returned to its bin.<br />
Hundreds of errors that can be<br />
prevented by Pick Lights have been<br />
identified, says Lewandowski. And that’s<br />
just one of the places where errors are being<br />
hunted down and eliminated.<br />
In underbody welding, Mickey<br />
Viertlbeck is enthusiastic about a new<br />
system of error-proofing. The newly<br />
retired <strong>UAW</strong> Local 12 member explains<br />
that the hot-stamp steel being used in the<br />
Nitros is significantly softer than the steel<br />
used to make the Liberty, requiring even<br />
more precision in welding. Viertlbeck says<br />
that an innovative system of lights, barcodes<br />
and LED displays now helps his former<br />
team position ladders (underbodies)<br />
correctly for robotic welding. Bad welds,<br />
he says, are now very rare.<br />
SMART LAUNCH —<br />
SMOOTH LAUNCH<br />
Viertlbeck was part of the launch team for<br />
the Nitro, spending every weekend leading up<br />
to the launch in the plant, cleaning out the<br />
front structure GEO underbodies each Friday<br />
and then running test Nitro bodies through<br />
them. Orion Gregory, known as “O.G.” in<br />
the plant, got involved in the Nitro launch<br />
even earlier; he built Nitros from scratch at<br />
Jeep and Truck Engineering in Detroit after<br />
going through pilot training.<br />
“I was probably the first person in the<br />
world to drive a Nitro,” says O.G., a Local<br />
12 member. That’s not bragging, he says,<br />
just the truth. He was also one of the first to<br />
pass along suggestions about how to<br />
improve the Nitro, based on what he<br />
learned in pilot training. “We came back to<br />
Toledo and created our own pilot room<br />
here to refine the car — and we brought the<br />
engineers with us.” O.G. used his skills as a<br />
14 TOMORROW FALL <strong>2006</strong> www.uawdcx.<strong>com</strong>