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Home > products > Fiber Laser Cutting Machine > Water Cooling 60-260W CO2 Laser Engraving Cutting Machine For Cloth

Water Cooling 60-260W CO2 Laser Engraving Cutting Machine For Cloth

Product Details

Brand Name: YUSHLI

Model Number: YSLHG-640/960/1080/1280/1390/1480/1680/1610/1810

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Cloth CO2 Laser Engraving Cutting Machine

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CO2 Laser Engraving Cutting Machine

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260W Fiber Laser Cutting Machine

Name:
CO2 Laser Engraving Cutting Machine
Laser Power:
60W - 260W
Engraving Speed:
0-800mm/s
Cutting Speed:
0-400mm/s
Repeating Precision:
±0.05mm
Moving System:
Offline Stepping Control System
Name:
CO2 Laser Engraving Cutting Machine
Laser Power:
60W - 260W
Engraving Speed:
0-800mm/s
Cutting Speed:
0-400mm/s
Repeating Precision:
±0.05mm
Moving System:
Offline Stepping Control System
Water Cooling 60-260W CO2 Laser Engraving Cutting Machine For Cloth
 
Specification
Laser type
CO2 laser tube
Laser power
60W/80W/100W/120W/150W/260W
Model of machine
YSLHG-640/960/1080/1280/1390/1480/1680/1610/1810
Engraving area
600×400/900×600/1000×800/1200×800/1300×900/1400×800/1600×800/1600×1000(mm)
Engraving speed
0-800mm/s
Cutting speed
0-400mm/s
Repeating precision
±0.05mm
Moving system
Offline stepping control system
Cooling mode
Water cooling and protection system
Gross power
≤2250W
Working voltage
AC220V±10% 50Hz(60Hz)Custom made
Operating temperature
0℃-45℃
Operating humidity
5%-95%
Controlling software
YUSHLI
Supported format
DXF,BMP,JPG,PNG,TIF PCX,TAG,LOO,GIF,PLT.AI
Workbench
Cellular/ Grid/the blade
Gross weight
170kg/200kg/230kg/270kg/290kg/320kg/340kg/360kg/400kg
Dimension
1510×1105×1100/1820×1320×1100/1920×1420×1100/2020×1320×1100/2220×1520×1100(mm)

 

Water Cooling 60-260W CO2 Laser Engraving Cutting Machine For Cloth 0
Water Cooling 60-260W CO2 Laser Engraving Cutting Machine For Cloth 1
 
Briefly, fiber laser light is created by banks of diodes. The light is channeled and amplified through fiber optic cable similar to that used for data transfer. The amplified light, on exiting the fiber cable, is collimated or straightened and then focused by a lens onto the material to be cut.