Electronics Forum | Tue Jun 01 16:12:49 EDT 2004 | gregf912
The 10k rebuild does not need to be applied every 3-4 months as previosly stated. A cp machine that is running 100% of the time on a 24/7 basis will tack up 10k hours in 12.4 months. Now we all know that this is impossible due to parts shortages, pro
Electronics Forum | Thu Jun 10 16:23:11 EDT 2004 | davem
Hi Grant, In previous positions I've had experience with the Fuji CP43, CP6, CP642, CP643, CP65, IP3 & QP242. In operating, training and process engineering capacities. Presently, I'm working with 2 SMT lines (in a process engineering capacity) wit
Electronics Forum | Tue Oct 12 10:24:22 EDT 2004 | sdsmt
i worked with cp6s in 1995 and 1996. we always had missing part problems that was machine related. we had to inspect every board for missing parts. it was a disaster, imho, but i expect a chipshooter to consistently load chips. otherwise, it was
Electronics Forum | Mon Aug 08 15:47:15 EDT 2016 | jdengler
You may be able to get the specs from one of the used equipment companies that advertise here. Jerry
Electronics Forum | Wed Sep 16 10:21:14 EDT 2015 | beta
Hi all, Is there much in the way of difference between a Fuji CP6 machine with the CE mark and a machine without the CE Mark? I know why the CE Mark is required within the EU but I am talking nuts & bolts here - is the machine any different? or is
Electronics Forum | Wed Dec 06 23:12:09 EST 2000 | Brad
Chris, Have you considered Fuji? The robustness of Fuji is proven. I have recently done floor space analysis and cost per placement/sqr foot studies. I have also performed ROI studies on these machines. The new CP7 machine from Fuji outperforms th
Electronics Forum | Mon Aug 12 18:51:42 EDT 2002 | russ
The "BEST" thsat they could do is what is in the manual. BUT we all know that no-one that I know of designs boards with only 0805 on .100" centers with one component. CP 3 should give you on average maybe 10k per hour. IP 2 I really don't know sin
Electronics Forum | Fri Aug 05 08:15:39 EDT 2016 | jdengler
The IP3 specs are: PCB Dimensions Max: 508 mm x 457 mm - Min: 80mm x 50mm Thickness: 0.8 to 4.0mm Component Capacity Tape: 74 - 8/12mm Device Locations Tray: 40 Locations Placing Rate: 0.55 sec/component for small chips 1.25 sec/component for ICs
Electronics Forum | Mon Nov 27 19:00:52 EST 2000 | Christopher Noonan
When the are up and running they are hard to beat, but when they go down they go down hard. Keep field service close. Don't get me wrong they're great machines and the company I used to work for had some of the first machines available. I come fro
Electronics Forum | Tue Aug 09 11:14:28 EDT 2016 | cyber_wolf
•Rated Speed of 40,000 CPH •140 - 8mm Device Locations •14" x 18" Max PCB Size PCB dimensions Max: 457mm x 356mm Min: 80mm x 60mm Board Thickness: 0.3 to 4.0mm Component capacity Up to 140 types (8mm tape) Placing rate 0.09 sec./component - 40,
