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Working Area (W * L) | 1600mm * 3000mm (62.9’’ *118’’) |
Max Material Width | 1600mm (62.9’’) |
Software | Offline Software |
Laser Power | 150W/300W/500W |
Laser Source | CO2 Glass Laser Tube or CO2 RF Metal Laser Tube |
Mechanical Control System | Rack & Pinion Transmission and Servo Motor Driven |
Working Table | Conveyor Working Table |
Max Speed | 1~600mm/s |
Acceleration Speed | 1000~6000mm/s2 |
* Two independent laser gantries are available to double your efficiency.
Auto Feeder is a feeding unit that runs synchronously with the laser cutting machine. The feeder will convey the roll materials to the cutting table after you put the rolls on the feeder. Feeding speed can be set according to your cutting speed. A sensor is equipped to ensure perfect material positioning and minimize errors. The feeder is able to attach different shaft diameters of rolls. The pneumatic roller can adapt textiles with various tension and thickness. This unit helps you to realize a completely automatic cutting process.
The Vacuum Suction lies under the cutting table. Through the small and intensive holes on the surface of the cutting table, the air ‘fastens’ the material on the table. The vacuum table does not get in the way of the laser beam while cutting. On the contrary, together with the powerful exhaust fan, it enhances the effect of smoke & dust prevention during cutting.
For most manufacturers, especially for processing technical textiles, pieces need to be sewn right after the cutting process. Thanks to the Marker Pen, you can make marks such as the serial number of the product, the size of the product, the manufacture date of the product, etc to increase overall efficiency. You can choose different colors as per your needs.
Combines power, excellent beam quality, and nearly square wave pulses (9.2 / 10.4 / 10.6μm) for high processing efficiency and speed. With small heat-affected zone, plus compact, fully sealed, slab discharge construction for enhanced reliability. For some special industrial fabrics, RF Metal Laser Tube will be a better option.
Find more videos about our laser cutters at our Video Gallery
The selection of appropriate filter media decides the quality and economy of an entire filtration process, including solid-liquid separation and air filtration. Laser has been considered as the best technology for cutting filter media (Filter Cloth, Filter Foam, Fleece, Filter Bag, Filter Mesh, and other filtration applications)
Laser cutting can deliver high precision and constant quality results with fine laser beam. Inherent thermal processing guarantees sealed and smooth edges without fray and breakage on composite materials.
The performance requirements are much higher for outdoor fabric. Sun protection, breathability, waterproof, wear resistance, all these functions usually require multiple layers of materials. Our industrial laser cutter is the most suitable tool for cutting such fabrics.
Material information of Laser Cutting Aramid
Founded in the 60s, Aramid was the first organic fiber with sufficient tensile strength and modulus and was developed as a replacement for steel. Due to its good thermal (high melting point of >500℃) and electrical insulations properties, Aramid Fibers are widely used in aerospace, automotive, industrial settings, buildings, and the military. Personal Protective Equipment (PPE) manufacturers will heavily weave the aramid fibers into the fabric to improve the safety and comfort of workers at all extremes.
Common Aramid brand names:
Kevlar®, Nomex®, and Twaron
Benefits from Laser Cutting on Aramid
Clean and sealed cutting edges
✔ High flexible cutting in all direction
✔ Precise cutting results with exquisite details
✔ Automatic processing roll textiles and save labors
✔ No deformation after processing
Typical applications for Laser Cutting Aramid
• Personal Protective Equipment (PPE)
• Ballistic protective uniforms such as bullet proof vests
• Protective apparel such as gloves, motorcycle protective clothing and hunting gaiters
• Large format sails for sailboats and yachts
• Gaskets for high temperature and pressure applications
• Hot air filtration fabrics