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Control Micro Systems, Inc. recently expanded the capabilities of its laser Applications Lab to include shorter pulse widths, higher peak power, more wavelengths, and more diversified lasers. The applications lab develops laser solutions for a wide variety of marking, welding, cutting, drilling and material ablation applications. Successful laser processes include pharmaceutical tablet processing, thin-film conformal coating removal, semiconductor wafer processing and plastics welding, including breakthrough clear-on-clear welding without the use of additives. The lab has extensive expertise in plastics marking, UID compliance and medical device marking.
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If you're investigating new methods for part processing, our state of the art Applications Development Lab accepts samples, along with a list of process requirements (speed/size/contrast/etc.) and develops a laser-based application, all at no cost to you. CMS Laser maintains the most comprehensive Applications Development Laboratory in the Industrial Laser Manufacturing industry. Over 15 lasers from the laser industry's leading companies give us the means to specifically match your product and process to the optimal laser source. Our Applications Development Lab engineers are able to.
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Control Micro Systems Inc.’s Gen4 laser system is designed to mark and verify ECC200 data matrix symbology as well as other machine code formats, man-readable text, and graphic images. Adjustable width through-conveyor and programmable mark locations accommodate panels of virtually any size and array configuration. The Gen4 is available with a wide variety of air-cooled CO2 and solid-state lasers, including a Ytterbium fiber laser to mark almost any board substrate material and coating combination, usually without requiring a preprinted ink block. The in-line through conveyor laser system.
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