Découpe de textiles au laser CO2 : innovation dans le traitement des textiles
3 juillet 2025
Working Principle:
A CO₂ laser cutting machine uses carbon dioxide gas as the laser medium to generate an infrared laser beam with a wavelength of 10.6μm. This beam cuts or engraves materials through non-contact processing. For textiles, the laser energy rapidly melts or vaporizes the fibers, enabling precise cutting.
Key Features of Textile Processing
Non-contact Cutting:
The laser head does not touch the fabric surface, avoiding pulling or distortion.
Smooth Cutting Edges:
The cut edges are clean and smooth. Many synthetic fibers (like polyester or nylon) are automatically sealed by the heat of the laser, preventing fraying.
Complex Patterns:
Can cut complex curves, patterns, and hollow designs, meeting requirements for customization and high precision.
High Efficiency and Flexibility:
When combined with an automatic feeding system, the machine can continuously process large-format fabrics, greatly improving productivity.
Common Applications
Cutting fabric for garments (cotton, polyester, silk)
Cutting embroidery patterns
Cutting non-woven fabrics and filter materials
Processing fabrics for home textiles, curtains, and automotive interiors
Operation Tips
Parameter Settings:
Adjust the laser power and cutting speed according to different fabric types and thicknesses to avoid burning or incomplete cuts.
Fume Extraction:
Cutting textiles generates smoke and odors. An exhaust and filtration system is needed.
Fire Safety:
Fabrics are flammable. Keep the cutting area clean and free of scrap to prevent accidental ignition.
Résumé :
CO₂ laser cutting machines are widely used in the textile industry for their fast speed, high precision, and high level of automation. They are an efficient solution for modern garment manufacturing, home textiles, automotive interiors, and more.
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Learn more: Machine laser CO2;1390 Machine à graver au laser;1325 Machine de découpe laser,etc.