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RFH 10-15W UV laser processing PE/PCB/FPC/sapphire
Jan 27 , 2021
RFH 10-15W UV laser processing PE/PCB/FPC/sapphire In previous years, compared with 3W, 5W, 8W UV lasers, 10W, 15W UV lasers were less well-known. After all, the former was the main power range in the industry at that time. However, with the continuous improvement of industrial manufacturing process requirements, 10W-15W and even 20W ultraviolet lasers have begun to make their mark. ...
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3W 355nm UV laser for marking on plastic bottle package,cosmetics bottle
Jan 28 , 2021
3W 355nm UV laser for marking on plastic bottle package,cosmetics bottle
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3W UV laser cutting paper with unique Q switching technology
Jan 28 , 2021
3W UV laser cutting paper with unique Q switching technology
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3W uv laser for engraving plastic water pipe
Jan 28 , 2021
3W uv laser for engraving plastic water pipe
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How to power on RFH ULTRAVIOLET UV LASER MARKING ENGRAVING
Jan 29 , 2021
How to power on RFH ULTRAVIOLET UV LASER MARKING ENGRAVING
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355nm UV LASER MARKER IS THE ANSWER FOR PLASTICS
Jan 29 , 2021
MECCO, a leader in developing innovative laser and dot peen solutions for permanent marking and traceability for over 130 years, is excited to launch the 3W SMARTmark® UV Laser Marking Machine. This versatile solution delivers clean, high-contrast permanent marks without damage for a wide range of delicate or heat-sensitive materials, such as plastics, metals, and glass. “Many of our cus...
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LASER ENGRAVER ENGINEERED TO BE AN ECONOMICAL SOLUTION
Jan 29 , 2021
MECCO EXPANDS PRODUCT OFFERING WITH AFFORDABLE LIGHTWRITER™ LASER MARKING WORKSTATION An innovative desktoptop laser marking system with a streamlined design for easy, economical laser marking MECCO, a leader in developing innovative laser and dot peen solutions for permanent marking and traceability for over 130 years, has expanded its product line with a new laser marker that...
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HOW TO UV LASER ENGRAVE SOFT PRODUCTS
Jan 29 , 2021
Laser marking or engraving glass, ceramics, plastics and other soft or heat-resistant materials can pose a catch-22: Opt for more delicate marking methods to increase quality, and you end up sacrificing speed. Let me explain. If you’ve ever tried to mark these types of materials with a CO2, fiber, or diode-pumped laser marking machine, you probably noticed poor mark quality. These las...
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WHEN TO OPT FOR A 532 NM WAVELENGTH LASER
Jan 29 , 2021
WHEN TO OPT FOR A 532 NM WAVELENGTH LASER If you’re working with a soft material, a 532 nm wavelength green laser might be your best option. However, we don’t recommend running out and purchasing one just yet. There are many considerations that go into choosing the best laser marking technology in addition to material, like application and mark type. WHAT IS LASER WAVELENGTH? A s...
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CHOOSING A COLD LASER: GREEN LASER MARKING VS. UV LASER MARKING
Jan 29 , 2021
CHOOSING A COLD LASER: GREEN LASER MARKING VS. UV LASER MARKING If you’re considering an alternative to infrared laser marking systems, you’ve probably done your research on UV laser marking machines as well green marking lasers. These technologies are similar in that they are both used for marking soft products. But there are also some important differences to consider when you...
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WHY UV GREEN LASER WATTAGE MATTERS
Jan 29 , 2021
WHY LASER WATTAGE MATTERS We’ve talked a lot about laser wavelength so far, but another key determinant of how fast a machine can mark is power output. While laser wavelength is a measurement of light energy, watts (W) is the unit of measurement for laser power output. For example, a typical industrial fiber laser marking machine will run anywhere from 10W to 100W of output pow...
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WHAT CAN A GREEN LASER MACHINE MARK?
Jan 29 , 2021
WHAT CAN A GREEN LASER MACHINE MARK? Do you have a material that you think is un-markable because it is too thin or delicate for "traditional" laser marking machines? Green lasers not only offer more delicate marking but are also surprisingly versatile. Create readable traceability, branding, and identification marks on an expanse of materials, from soft plastics and thin metals to g...
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