Product Category: CO2 Laser
Product Sub Category: CNC & Laser
Product Brand: Glory Tech Laser
Laser Generation
The CO₂ laser tube generates a high-energy infrared beam.
Beam Transmission
The beam is reflected through high-precision mirrors and focused by a lens onto the material surface.
Material Processing
The focused laser melts, burns, or vaporizes the material, enabling clean cutting or detailed engraving.
Motion Control
The laser head moves along the X and Y axes on linear guide rails, following the design path defined by the control software.
CO₂ Laser Tube: Core laser source for cutting and engraving
Flatbed Worktable: Honeycomb or blade table for stable material support
Laser Head & Focusing Lens: Ensures sharp focus and precision
Mirror System: Guides the laser beam accurately
Motion System: Linear guide rails with stepper or servo motors
Control System: Digital controller compatible with CAD/CAM software
Cooling System: Water chiller for laser tube temperature control
Exhaust & Air Assist System: Removes smoke and improves cut quality
Large flat working area for sheet materials
High-precision cutting and engraving
Smooth and stable machine structure
Supports various design file formats (AI, DXF, PLT, BMP)
Adjustable speed and power control
Optional accessories such as rotary attachment or CCD camera
Advertising Industry: Acrylic letters, signboards, nameplates
Woodworking: MDF, plywood, wooden crafts
Garment & Textile: Fabric cutting, applique work
Leather Industry: Bags, wallets, belts, shoes
Packaging Industry: Paper, cardboard, labels
Gifts & Crafts: Personalized items and decorative products
Non-contact processing with no tool wear
High accuracy and repeatability
Smooth edges with minimal post-processing
Suitable for both small-scale and industrial production
Reduced material wastage and labor cost
Laser Power: 60W – 300W (CO₂)
Working Area: 700×500 mm to 1600×3000 mm
Cutting Accuracy: ±0.1 mm
Maximum Cutting Speed: Up to 30,000 mm/min
Supported Materials: Wood, acrylic, leather, fabric, rubber, paper
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