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GREEN LASER FOR INTERNAL GLASS MARKING
Apr 07 , 2021
INTERNAL GLASS MARKING This method focuses a laser’s energy into the interior of a glass part—creating microfractures and a visually contrasting mark without affecting the outside surface. Internal glass marking uses 355-nm (Nd:YVO4) or ultrashort lasers. Their small spot sizes have high energy density and absorption rates that can mark precise locations within the glass. By cha...
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GREEN LASER FOR BACKLIT GRAPHIC MARKING
Apr 07 , 2021
GREEN LASER FOR BACKLIT GRAPHIC MARKING Another application for laser glass marking is to remove an opaque coating substance—paint, for example—from a glass surface in order to backlight the laser-removed areas. Depending on the coating, you can use many different laser wavelengths—from IR to UV—for this application. Wavelengths that are absorbed by the coating but transmit...
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355nm UV laser is used for drilling, engraving key PCB circuit board
Apr 08 , 2021
355nm UV laser is used for drilling, engraving key PCB circuit board The working principle of the car remote control key is to first send out a weak electric wave through the key, the electric wave signal is received by the car antenna, the signal code is recognized by the electronic control unit, and then the actuator (motor or electromagnetic coil) of the system performs the opening/closing acti...
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355nm laser drilling, cutting and engraving PCB circuit board will not produce burrs
Apr 08 , 2021
355nm laser drilling, cutting and engraving PCB circuit board will not produce burrs The working principle of the car remote control key is to first send out a weak electric wave through the key, the electric wave signal is received by the car antenna, the signal code is recognized by the electronic control unit, and then the actuator (motor or electromagnetic coil) of the system performs t...
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Laser marking, drilling, welding and cutting of metals
Apr 08 , 2021
Laser marking, drilling, welding and cutting of metals
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Laser marking of steel, stainless, titanium, aluminum and more
Apr 09 , 2021
Many metal materials require permanent, durable and legible marks to improve traceability, quality control and personalization. Laser metal marking meets this manufacturing demand by offering many advantages over traditional marking techniques. Our laser solutions use a variety of laser wavelengths to leave permanent marks on almost any type of metal, including aluminum, brass, carbide, chrome, co...
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Make white pattern on black plastic, choose RFH 355nm UV laser
Apr 12 , 2021
Make white pattern on black plastic, choose RFH 355nm UV laser Ultraviolet lasers are widely used in the plastics industry due to their low thermal influence, and their dominance is optical fiber, which is beyond the reach of CO2 lasers. White and black or black and white products can be seen everywhere on plastic, such as mobile phone buttons, plastic transparent buttons, electronic components, i...
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Ultraviolet laser marking black plastic has the characteristics of fast speed
Apr 12 , 2021
Ultraviolet laser marking black plastic has the characteristics of fast speed Ultraviolet lasers are widely used in the plastics industry due to their low thermal influence, and their dominance is optical fiber, which is beyond the reach of CO2 lasers. White and black or black and white products can be seen everywhere on plastic, such as mobile phone buttons, plastic transparent buttons, el...
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3W UV laser marking black plastic, the identification code will never fall off
Apr 12 , 2021
3W UV laser marking black plastic, the identification code will never fall off Ultraviolet lasers are widely used in the plastics industry due to their low thermal influence, and their dominance is optical fiber, which is beyond the reach of CO2 lasers. White and black or black and white products can be seen everywhere on plastic, such as mobile phone buttons, plastic transparent buttons, e...
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Laser part marking, welding and cutting for the appliance industry
Apr 13 , 2021
LASER MARKING FOR APPLIANCES Direct part marking with a laser can create permanent markings on appliance parts made of metal, glass, plastic or other materials. Graphics, logos, text, barcodes, and data matrices can all be laser marked as can user control information, manufacturer identification, safety warnings, quality control, product tracking, serialization and dates. Oxidized laser mar...
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Laser part marking, handheld etching and welding for automotive manufacturing
Apr 13 , 2021
THE IMPORTANCE OF AUTOMOTIVE PART MARKING Part marking provides critical information to drivers, mechanics, vendors and employees on the production line. These markings—found throughout the vehicle—include barcodes, serial numbers, compliance details and important warning labels. With speed and precision, our lasers can mark plastics, metal alloys and rubber using techniques lik...
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Laser marking, cutting and welding for today’s tiny electronics
Apr 13 , 2021
LASER MARKING Electronic parts are shrinking—limiting the available real estate for part names, serial numbers and other manufacturing identifiers. Our laser marking systems overcome this challenge. Paired with vision verification, they clearly and precisely etch information onto the surfaces of electronic parts—outperforming traditional ink, decal and molding methods. LASER CUT...
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