Laser cutting aluminum battery cathodes for use in pacemakers with Control Micro Systems laser cutting system. Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716
This laser cutting system uses a 30 watt air-cooled CO2 laser to cut the dielectric pattern from a reel of paper. An automated feed system indexes the foil across dual vacuum-assisted platens.
CO2 Laser Cutting System w/ Reel Feed and Vacuum - CDRH Class1, 30-watt, Semi-Automatic, CO2 laser Cutting System w/ Reel Feed and Vacuum Fixturing.
Laser cutting ceramic using Control Micro Systems laser cutting system. Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716 | salesmail@cmslaser.com
Laser cutting metal with a disk laser , Control Micro Systems. Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716 | salesmail@cmslaser.com
Laser marking on-the-fly plastic connector housing with Control Micro Systems (CMS) laser system. Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716
CDRH Class IV, 100-Watt, CO2 Laser, On-the-Fly Glass Marking System for Integration into conveyor system. Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716
CDRH Class 1, automated laser drilling system featuring bowl feed tablet delivery, conveyor tablet transport, 250 Watt CO2 laser driller and tablet inspection/rejection.
On-the-fly laser tablet drilling (CMS Model TD-10) by Control Micro Systems.
Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716 | salesmail@cmslaser.com
Traditional laser material has involved static positioning of the target part under the laser during the process cycle. The laser completes the desired process (marking, cutting, drilling, etc.) then the part is replaced with the next part to be processed. Part transport is typically accomplished with conveyors, XY tables, rotary tables, robotics or manual loading by the operator
On-the-fly laser processing has made possible laser drilling of time-release pharmaceutical tablets at over 100,000 tablets/hour and marking aerospace wire at over 600 feet/minute. Other applications have included marking electrical connectors on hi-speed conveyors and medical tubing on hi-speed extrusion lines, drilling aerosol valves and slitting irrigation tape. Ongoing improvements in on-the-fly capabilities have expanded the geometry of laser process reduced the laser power requirements to achieve the desired process results.
In 1994, Control Micro Systems introduced a significant advancement in laser processing efficiency with the introduction of “on-the-fly” material processing. With on-the-fly processing, the laser marks/cuts/drills the part as it passes through the laser process field without stopping. On-the-fly processing reduces or even eliminates part changeover time for a significant improvement in machine throughput.
http://www.cmslaser.com/wafer/Jedec-tray-ic-chip-laser-marking-systems.php
CDRH Class I, semi-automatic, manual load laser marking system featuring programmable XYZ laser head motion. System configured for four marking applications; mark epoxy encapsulated semiconductor devices in array or singulated in Jedec trays, mark metal device lids in array, mark LCP device lids and ablate a grid pattern on both sides of a 4.5” square, silver plated aluminum plate. The primary application is marking the epoxy encapsulated semiconductor devices in unsingulated arrays on a common carrier. The system will also have the capability to mark singulated devices in Jedec trays.
Control Micro Systems can deliver a custom laser marking system designed and configured specifically for your distinctive marking application. Give us an opportunity to bid on fulfilling your laser marking requirements. Contact us today for a complimentary feasibility study on laser marking your parts! 407-679-9716 | salesmail@cmslaser.com | http://www.cmslaser.com.
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