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View Full Version : EDM and Waterjet locations around Milwaukee



TransAm12sec
08-18-2009, 10:51 AM
What companies have an EDM or a waterjet around Milwaukee?

Thanks in advance.

y2kws6
08-18-2009, 12:19 PM
Die Concepts Inc. in Waukesha. I used to work there and they are looking for work to come in.

Dan
www.dieconcepts.com

juicedimpss
08-18-2009, 12:37 PM
astro tool in cudahy has that stuff. I know they do stuff for Dr Ford quite often.

shoooo32
08-18-2009, 12:45 PM
We have four edm machines but they are booked out for months. We job out work to Zeman tool and exact in waukesha.

Silver03SRT
08-18-2009, 12:48 PM
what you looking to cut

MurphysLaw88GT
08-18-2009, 02:44 PM
Xact Wire E.D.M. Corp.
http://www.xactedm.com
N 8 W 22399 Johnson Dr.
Waukesha, WI 53186
Phone: 262-549-9005, 800-798-9228 (toll free)
Fax: 262-549-911

My brother used to work there

SSLEVO
08-18-2009, 02:54 PM
A wire edm, sinker edm and waterjet have very different uses. May want to specify what you are trying to do.

TransAm12sec
08-18-2009, 11:21 PM
I have a .22 inch thick piece of A354 Aluminum with 12 micron diameter(pretty tight bell curve) silicon carbide particles. The volume percent varies from mid 20s on the inside of the rotor to mid 40s on the outside. I need 6 mm circles cut out of it.

Thanks for the information everyone.

Silver03SRT
08-19-2009, 06:26 AM
We might be able to cut that on our cnc router.

SSLEVO
08-19-2009, 08:29 AM
I have a .22 inch thick piece of A354 Aluminum with 12 micron diameter(pretty tight bell curve) silicon carbide particles. The volume percent varies from mid 20s on the inside of the rotor to mid 40s on the outside. I need 6 mm circles cut out of it.

Thanks for the information everyone.

You kind of lost me there, lol. What is the application? I don't think i would try a router with 1/4 aluminum.

TransAm12sec
08-19-2009, 10:26 AM
It's a metal matrix composite; the main metal is aluminum, reinforced with ceramic to significantly increase it's modulus. The piece was designed as a floating brake rotor for a motorcycle. I need to do friction and wear testing on a tribology machine.

www.swancomposites.com

SSLEVO
08-19-2009, 10:48 AM
It's a metal matrix composite; the main metal is aluminum, reinforced with ceramic to significantly increase it's modulus. The piece was designed as a floating brake rotor for a motorcycle. I need to do friction and wear testing on a tribology machine.

www.swancomposites.com (http://www.swancomposites.com)

Thats cool, what tolerance are you looking for? If its fairly open go with the waterjet, if it has to be on the money use the wire EDM. It will cost quite a bit more though. We use Integrity wire edm, they do good work with our molds. We've had issues with Die Concepts in the past.

Silver03SRT
08-19-2009, 12:45 PM
You kind of lost me there, lol. What is the application? I don't think i would try a router with 1/4 aluminum.

We have cut 1/4" aircraft grade aluminum on our router before.

SSLEVO
08-19-2009, 01:32 PM
We have cut 1/4" aircraft grade aluminum on our router before.

I'm sure you can do it, i doubt it's ridgid enough to be precise on any kind of 1/4 metal though. I believe in using the right tool for the job.

shoooo32
08-19-2009, 02:31 PM
waterjet may be the way to go if tight tolerances are not a factor. I'm not 100% sure, but given the amount of silicon carbide in the material, the edm is not going to like cutting it. I doubt this hybrid matl. has the same properties and conductivity as plain jane 6061-T6.

SSLEVO
08-19-2009, 02:50 PM
waterjet may be the way to go if tight tolerances are not a factor. I'm not 100% sure, but given the amount of silicon carbide in the material, the edm is not going to like cutting it. I doubt this hybrid matl. has the same properties and conductivity as plain jane 6061-T6.

I wondered about that as well. It might be best to just cut it in a cnc mill.

TransAm12sec
08-20-2009, 12:12 AM
I'll have to check what tolerances are required.

In the past I was told an EDM in the area has cut iron with titanium carbide particles. It wasn't the most efficient, but it got the job done.