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New Arrival China High Power 80W/100W/150W Sealed Reci CO2 Glass Laser Tube 9060/1390/1325 CO2 Laser Engraving Cutting Machine for Acrylic Wood Cutter
Applicable materials:
Non metallic materials such as dual color board, wood board, acrylic, rubber sheet, bamboo sheet, leather, crystal, stone, etc
Applicable industries:
Crafts carving industry, Paper Cuttings industry, clothing industry, shoemaking industry, advertising industry, etc
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New Delivery for Automatic 3D Mini Laser Engraving Machine 1390 Laser Cutting Machine with Rotary Device for Sale in Mexico
Applicable materials:
Non metallic materials such as dual color board, wood board, acrylic, rubber sheet, bamboo sheet, leather, crystal, stone, etc
Applicable industries:
Crafts carving industry, Paper Cuttings industry, clothing industry, shoemaking industry, advertising industry, etc
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High Quality China Manufacture CO2 Laser Machine for Buttons, Ring Marking
The carbon dioxide CO2 series laser marking machine is a gas laser machine with a wavelength of 10.6 um, belonging to the mid infrared frequency band. The Co2 laser machine has higher power and high electro-optical conversion efficiency. It uses Co2 gas as the working substance. Co2 gas and other auxiliary gases are charged into the discharge tube. When high voltage is applied to the electrode, a glow discharge is generated in the discharge tube, causing the gas molecules to emit laser light. After amplifying the released laser energy, the laser beam is formed. Automatic marking is achieved by changing the optical path of the laser beam through a computer-controlled galvanometer.
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Wholesale OEM CNC Conveyor System Fabric Cutting Machines Round Knife Cloth Cutting Machine for Sale
The carbon dioxide CO2 series laser marking machine is a gas laser machine with a wavelength of 10.6 um, belonging to the mid infrared frequency band. The Co2 laser machine has higher power and high electro-optical conversion efficiency. It uses Co2 gas as the working substance. Co2 gas and other auxiliary gases are charged into the discharge tube. When high voltage is applied to the electrode, a glow discharge is generated in the discharge tube, causing the gas molecules to emit laser light. After amplifying the released laser energy, the laser beam is formed. Automatic marking is achieved by changing the optical path of the laser beam through a computer-controlled galvanometer.
