Electronics Forum | Sat Aug 07 08:50:58 EDT 1999 | DEBCO AUTOMATION
I am looking for a GSP2 downward looking camera. Crashed ours. Please email if you have avail. new or used is OK. Joe Kowal
Electronics Forum | Fri Dec 20 12:02:24 EST 2002 | MoonMan
Pete, Can you please email me. I need to discuss the Fuji GSP2 stencil printer as one of our potential Asian suppliers is using one and I know nothing about it. Thanks much, MoonMan
Electronics Forum | Fri Jan 30 14:18:24 EST 1998 | M cox
| | Using metal squeegees on GSPs has caused premature stencil wear. Has | | anyone had any success with this combination? How much snap off did you | | use? We are using .5 mm pitch and have a no clean process. | I have been using lots of metal
Electronics Forum | Fri Feb 20 14:16:06 EST 1998 | Dave McFadyen
I've been using metal blades on several brands of printers over the past few years and have to agree with comments in other replies. Contact print is a must or you will tear slits in your stencils at the ends of the blade. Center-mounted (floating) s
Electronics Forum | Fri Feb 12 14:06:28 EST 1999 | Craig Lowe
Bill, I would go with the second piece of advice by leaving a little film of solder paste on the screen. This is good advise if you are using a lookup/look down type of vision centering. Like on MPM and newer Fuji. On older Fuji GSP2/3 style printer
Electronics Forum | Thu Jan 29 18:32:20 EST 1998 | Rin Or
| Using metal squeegees on GSPs has caused premature stencil wear. Has | anyone had any success with this combination? How much snap off did you | use? We are using .5 mm pitch and have a no clean process. I have been using lots of metal sqyeegee
Electronics Forum | Wed Jun 12 11:26:50 EDT 2002 | pjc
Sean, Have you contacted Speedline Technologies applications enegineers? They have a lot of knowledge about SPOTT working with customers over the years to develop the process. I myself have experience doing SPOTT. I used Fuji GSP2 printers with overs
Electronics Forum | Thu Jul 18 17:29:18 EDT 2002 | pjc
Forget what the machine's max. placement cycle rate is spec'd for. For each board you assemble time the actual placement rate. To do this start the stop watch the instant the camera is positioned over the first fiducial on the first board, then stop
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