Electronics Forum | Sat Dec 10 08:02:18 EST 2005 | davef
Consider: * Your machine supplier * Transition Automation http://www.transitionautomation.com * A couple of years ago, Darby I think, talked here on SMTnet about using a stainless steel blade that he had made. Basically, he provided his stencil fab
Electronics Forum | Thu Dec 08 16:44:18 EST 2005 | eeltec
I am looking for Metal Squeegee blades, 15 7/8" long, angled, for a deHart stencil printer model EL-20. Can you recomend me a good and unexpensive supplier? Thanks Greg
Electronics Forum | Sun Dec 11 22:21:26 EST 2005 | darby
That's correct Dave, have been for over 11years. We are still using them on all lines. For the cost of a 460mm s/s shim at 0.010" thickness you get six blades. Darby.
Electronics Forum | Mon Dec 12 00:52:24 EST 2005 | cindyleng
Dear Greg, We can manufactured various of Metal squeegee blades, pls give me email address, i'll send the picture to you. Tks and B.Rds Cindy Leng HWATALI TECHNOLOGY (HK) CO TEL: 86-755-83016463 FAX: 86-755-83016648 Email: hwatali88@yahoo.com.cn
Electronics Forum | Thu Oct 23 08:13:44 EDT 2003 | davef
The SEMA listing [ http://www.smema.org/smema5.pdf ] says: * D CUT SQUEEGEE: A single diamond edge squeegee which is shaped like an upside down house and made of polyurethane. * FOUR-SIDED DIAMOND EDGE SQUEEGEE: A polyurethane 3/8 x 3/8 four sided, f
Electronics Forum | Wed Nov 26 21:40:27 EST 2008 | vms
we carry some, what size is needed? harry
Electronics Forum | Sat Nov 29 16:07:29 EST 2008 | denverj
Look into Transition Automation also.
Electronics Forum | Wed Nov 26 11:50:50 EST 2008 | soudomphong
Hi all, I need a replacement blade for MPM Ap series. Anybody have any idea where to get it? Thank you. Please email me @ soudomphong@yahoo.com
Electronics Forum | Mon Dec 01 13:24:59 EST 2008 | pjc
http://www.transitionautomation.com/ http://www.jnjindustries.com/sque1.htm http://www.photostencil.com/productlist.htm
Electronics Forum | Wed Jun 13 21:25:48 EDT 2001 | dougk
We've tried the MPM rheo., with excellent results. We saw a decrease in fine-pitch pad coverage rejects from ~20% to bacicially ~0%. Print speeds went from 1-2 in/sec (metal blade) to 4-5 in/sec (rheo.). Could probably go faster. Great throughput. Li
