2-D vision inspection option on the 4710 detects lead defects. Is compatible with a high-speed camera, verifies all leads are within some tolerance before the chips are shipped to the customer. Detects edge pitch, which identifies skewed leads at 0.02 mm and trend edge position, which identifies lifted leads at 0.04 mm.

Used on automated programming systems, the vision system mounts onto a tape loader and integrates with BP Win and Jobmaster.
 

FLX2010-LCV flexible pick-and-place system is designed for high-mix/low-volume production. The company claims to feature the largest board size and feeder capacity in the industry while also taking up one of the smallest footprints.
 
FLX series offers changeover without downtime, via intelligent feeders, large feeder capacity and offline programming and job planning. Start at 5,000 CPH with 150 feeders inline and can expand to 15,000 CPH with over 470 feeders.
 

Can accept nearly any kind of feeding system, even an independent unit such as a vibratory bowl feeder for bulk components with no electrical connection to the machine. Equipped with laser and vision alignment systems. 
 

 

 

Booth 915

60-W Diode Laser Cell in-line soldering station combines easy-to-use software and precision movement to selective solder most bottom-side applications. Offers over 10,000 hours of useful soldering life and does not require that the solder remain preheated during non-soldering times. Equipped with a precision four-axis Cartesian robot with enhanced Adept motion and vision guidance (with fiducial recognition system and dynamic compensation).
End effector allows the soldering head and automatic solder feeder to be independently adjustable. Variable beam selection ranges from 0.7 to 2.5 mm. Approach and angle are controlled through software.

Pin-to-pin acceleration can be as aggressive as 0.1 sec. Can move 1.2 meter/sec. at 1G acceleration; however, most soldering is accomplished at 50% of this level. The vision system may be programmed to look for known fiducial points, analyze them and automatically center to that point. Variable beam size allows operators to program in desired size (from 0.7 to 2.5 mm.