Upgraded fashion consumption diversifies garment craftsmanship, and traditional blade cutting struggles to satisfy intricate apparel processing needs. Laser tool-free cutting solves multiple production bottlenecks for clothing manufacturers.
No fabric extrusion & neat trimming
Flexible small-batch flexible production
In the sportswear sector, laser technology enables diversified product manufacturing. Non-contact cutting processes various textiles and composite materials to craft high-performance apparel and accessories for indoor workouts and outdoor sports.
For clothing embroidery processing, laser assists diversified finished product fabrication. Various embroidered fabrics and blended materials are cut in non-contact mode to produce decorated garments and embroidered accessories for daily wear and fashion outfits.
Laser is a good choice for tackle twill processing. Non-contact cutting shapes layered twill textiles to produce garment letters, sports patches and custom badges for athletic wear and fashion clothing.
There are many component materials of shoes. Laser can deal with shoes synthetic materials via non-contact cutting to craft uppers, lining pieces and sneakers insoles.
Working area(W x L): 1600mm×1200mm(62.99’’×47.24’’)
Multiple visual positioning algorithms to meet different positioning and cutting needs. Suitable for dye-sublimated fabrics.
Working area(W x L): 1600mm×1000mm(62.99’’×39.37’’)
Independently developed multi-axis closed-loop motion control system with high scalability.
Does laser cutting produce burrs or loose threads on fabric edges?
By fine-tuning laser power, it delivers clean sealed cutting edges without burrs or fraying, no extra trimming needed.
Does digital printed fabric require printed mark points for positioning?
We would recommend printing mark points on your materials. With mark points available, laser cutting systems equipped with visual positioning functionality gain two distinct positioning methods for processing during actual cutting operations. This brings greater flexibility and higher reliability to your production workflow.
Can the software compensate for material deformation?
Yes. Our latest software comes with AI‑powered compensation capability. It is able to correct inconsistent spacing of detected edges caused by material distortion, ensuring high‑precision cutting results even when substrates deform during processing.
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