ARGUS 2200mm*infinite Length Apparel Industry Leather/textile/fabric Laser Cutting Machines with Rolling Table Auto Cutter

SCM1600L/SCM1800L laser flower burning machine for clothing fabric

The device utilizes the thermal effect of the laser to burn and etch the fabric without contact and form a pattern of convex and concave patterns.

Product Detail

       Galvo Scanning System

     3D dynamic Galvo head,one time scan area could 

        reach to  800*800mm.3D dynamic galvanometer 

        control system ensure the best processing results .

                 RF Laser Metal Tube

                    Original imported metal RF laser tube with high

                    laser power,stable laser generation and life time 

                    of more than 20000hrs.

      Self - Developed Software

      Sunic Laser self - developed software supports 

      multiple formats to meet your needs . Application

      under Windows interface, AutoCAD, PLT , Al Photoshop                compatible , ect supportive.

                    Marking Area

                  Large marking area : Width 1600mm/1800mm/

                  2200mm*Unlimited Length;Can realize marking ,

                  cutting , punching , carving process.

Products Advantages

Fabric Laser Marking Machine SCM1600L Model:

1.  Large engraving range: up to 1600mm * unlimited length, the whole roll of fabric can be    engraved in one time

2. A wide range of applicable materials: super soft fabrics, flocking fabrics, art wallpaper, denim fabric, corduroy, velvet and other fabrics;
3. The speed is super fast: the laser engraving speed is up to 10000mm/s, according to the complexity of the graphics engraving, the fabric of 1600mm width can be engraved up to

100 meters per hour;
4. The engraving effect is exquisite, no flash, no burr, no flanging, no paste;
5. Independent operation software: free typesetting, ready to sample, no stitching, infinite

loop carving;
6. Support a variety of software formats: AI, DWG, DXF, PLT, BMP, JPG and other vector graphics and bitmaps.