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UV LASER FOR PLASTIC CUTTING
Apr 16 , 2021
Using lasers to cut plastic achieves precise, fast and repeatable cuts in many types of polymers. Compared to traditional cutting methods, laser systems offer many advantages like precise laser control, high accuracy and speed. Others include: Non-contact cuts. Lasers eliminate cleaning, sharpening and replacing cutting blades. Small kerf widths. Focused, localized laser energy creates very narrow...
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532nm laser marker case for drilling tempered glass
Apr 20 , 2021
532nm laser marker case for drilling tempered glass
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Safe, anti-counterfeiting laser marking for pharmaceutical tablets
Apr 26 , 2021
Marking tablets with simple brand or product identifiers is no longer enough. You must now take steps to ensure your pharmaceuticals are reaching doctors and patients safely and without compromise. Adding identifying marks to tablets before applying the coating is a proven anti-counterfeiting measure. Laser tablet marking systems are integral to this process—allowing you to change marks quic...
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Fast, flexible laser marking for pharmaceutical tablets
Apr 26 , 2021
As pharmaceutical manufacturing continues to evolve, you need tools that are readily adaptable and easy to implement. Your tablet marking systems must be able to change information quickly—adjusting to multiple shapes and sizes without halting production. Ink marking methods can smear, make contact with the tablet and require regular maintenance—adding extra steps to your manufacturing...
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High-speed, reliable laser systems for pharmaceutical tablet drilling
Apr 26 , 2021
Laser drilling is a proven, economically viable way to create sub-millimeter apertures in pharmaceutical tablets. These apertures play an important role in modern drug delivery systems, which provide many health benefits like decreasing dosing frequencies, achieving consistent drug concentrations in the blood and enabling customized delivery profiles. Osmotic drug delivery systems are especially v...
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Permanent laser marking and engraving for sports equipment
Apr 27 , 2021
LASER MARKING From golf clubs to eyewear lenses, sporting goods undergo wear and tear in a way most other consumer products don’t—creating challenges for inks, molds and other traditional marking methods. Our laser marking systems provide a permanent solution for sporting and outdoor equipment—ensuring logos, serial numbers and designs don’t quickly wear away. These systems...
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uv Laser systems for wafer serialization, marking and scribing
Apr 27 , 2021
Semiconductor wafer processing typically requires serialization, patterning and roughening operations. And picking the correct laser system for these operations can be complex once you consider all the relevant process variables—such as substrate type, wafer diameter, feature size, slag tolerances, debris volume, throughput and clean room protocols. Whether marking or cutting wafers, lasers ...
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Non-contact laser systems for precise wire stripping
Apr 27 , 2021
Mechanical, chemical and heat-based wire stripping methods require frequent cleaning, maintenance and adjustment and can also damage the conductor. Laser-based wire stripping overcomes these challenges. This non-contact approach keeps the conductive material and shield intact—eliminating weak spots for breakage or conductor resistance. At CMS Laser, we’ll design a wire stripping system...
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Permanent laser marks for industrial cables and wires
Apr 27 , 2021
Each year, billions of feet of cabling are installed around the world—requiring some kind of marking. Compared to other methods, laser wire marking offers unmatched precision, flexibility and speed without damaging the insulation or sheathing. THE ADVANTAGES OF LASER MARKERS Wire marks typically combine manufacturing information with product identification—though some additional marks ...
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Laser Marking for Plastic
Apr 28 , 2021
This section describes information ranging from the principles of plastic marking and processing to advantages grouped by laser wavelength. It introduces marking examples and the optimal laser markers for a variety of materials such as ABS, epoxy, and PET. Plastic marking/processing types Mechanism of plastic colour development Absorption rate for plastic ABS plastic Epoxy resin PET plastic Plasti...
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Laser Marking for Metal
Apr 28 , 2021
This section describes information ranging from the principles of metal marking and processing to advantages grouped by laser wavelength. It introduces marking examples and the optimal laser markers for a variety of materials such as aluminium, stainless steel, iron, copper, cemented carbide, and gold plating. Metal marking types Metal processing types Absorption rate for metals Aluminium St...
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Laser Marking for Glass / Paper / Ceramics Other Materials
Apr 28 , 2021
Understanding the various laser types and wavelengths makes marking possible on a variety of materials. However, unless the optimal laser marker for the material being used is selected, achieving the desired finish will not be possible. This section introduces how to select the optimal laser marker for glass, paper, ceramics, PCBs, and other materials. Glass Paper Ceramic Printed Circuit Bo...
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