New Equipment | Solder Materials
8 hours), and abandon time (>4 hours) Printing: Suitable for high speed printing up to 150 mm/s Reflow: Solderable on challenging surface finishes (CuNiZn and Copper OSP) Colorless residues for easy post-reflow inspection Careful contr
New Equipment | Solder Materials
NC676 No Clean Solder Paste is a new generation halide-free, rosin-based chemistry designed to provide a previously unseen level of repeatability and consistency to the printing process. This paste offers an excellent open time, extended abandon time
Electronics Forum | Thu Nov 07 09:23:05 EST 2002 | russ
What would the considerations be in utilizing a type 4 paste as opposed to type 3? We have an assembly that has a large amount of uBGAs (12 mil diam pad)along with 50 mil pitch BGAs assorted fine pitch etc... We are experiencing difficulty in paste
Electronics Forum | Thu Nov 09 20:01:12 EST 2006 | AB
What are the pros and cons between type 3 and type 4 no clean solder paste (SnPb)?
Industry News | 2014-09-06 15:26:20.0
FCT Assembly today announced plans to exhibit at the SMTA Capital Expo & Tech Forum, scheduled to take place Tuesday, September 9, 2014 at the John Hopkins University/Applied Physics Lab in Laurel, MD.
Industry News | 2014-11-22 07:42:40.0
FCT Assembly today announced plans to exhibit at the Space Coast and Tampa Bay Expo & Tech Forum, scheduled to take place Thursday, December 4, 2014 at the Park Inn by Radisson in Kissimmee, FL. Solder expert Rodney Wade will be available to discuss FCT’s NanoSlic® Gold stencil and line of solution-driven solder pastes.
Parts & Supplies | Pick and Place/Feeders
Yamaha, yv100, nozzle-a, yvl80, nozzle-type31, yvl88, nozzle- type32-1, yvl88x, nozzle-type32-2, yv180x, nozzle-type33, nozzle-type34, yv100x, nozzle-type71f, nozzle-type71a, nozzle-type72f, nozzle-type72a, nozzle-type73f, nozzle- type73a, nozzle-hou
Parts & Supplies | Assembly Accessories
FUJI Spare Parts List 1. AJ64207 NXT Flat cable 2. AJ13203 Harness Flat, Cable Type3 3. AJ13111 Harness Flat, Cable Type2 4. AJ13C00 Harness Flat, Cable Type1 5. AJ92604 Harness Flat, Cable Type2 6. AJ92805 Harness Flat, Cable Type4 7. AJ927
Technical Library | 2017-04-13 16:14:27.0
The drive to reduced size and increased functionality is a constant in the world of electronic devices. In order to achieve these goals, the industry has responded with ever-smaller devices and the equipment capable of handling these devices. The evolution of BGA packages and leadless devices is pushing existing technologies to the limit of current assembly techniques and materials.As smaller components make their way into the mainstream PCB assembly market, PCB assemblers are reaching the limits of Type 3 solder paste, which is currently in use by most manufacturers.The goal of this study is to determine the impact on solder volume deposition between Type 3, Type 4 and Type 5 SAC305 alloy powder in combination with stainless steel laser cut, electroformed and the emerging laser cut nano-coated stencils. Leadless QFN and μBGA components will be the focus of the test utilizing optimized aperture designs.
Technical Library | 2020-10-27 02:02:17.0
Solder powder size is a popular topic in the electronics industry due to the continuing trend of miniaturization of electronics. The question commonly asked is "when should we switch from Type 3 to a smaller solder powder?" Solder powder size is usually chosen based on the printing requirements for the solder paste. It is common practice to use IPC Type 4 or 5 solder powders for stencil designs that include area ratios below the recommended IPC limit of 0.66. The effects of solder powder size on printability of solder paste have been well documented. The size of the solder powder affects the performance of the solder paste in other ways. Shelf life, stencil life, reflow performance, voiding behavior, and reactivity / stability are all affected by solder powder size. Testing was conducted to measure each of these solder paste performance attributes for IPC Type 3, Type 4, Type 5 and Type 6 SAC305 solder powders in both water soluble and no clean solder pastes. The performance data for each size of solder powder in each solder paste flux was quantified and summarized. Guidance for choosing the optimal size of solder powder is given based on the results of this study.
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