Application Industry: Model field(Construction Model,Aviation navigation model, wooden toys), advertising filed,decorative and decorating, craft gift industry, electronic, garments and leather industry, art glass industry, art glass industry,computerized embroidery and clipping, packaging and paper industry.
Main Cutting Materials: Acrylic, density board(MDF), double-color board, paper, plastic, rubber, cloth, wool, crystal, bamboo products, wooden products, etc
Materials Can work With: Organic glass, acrylic board (the paulownia, lightwood), bamboo products, Double-color board, paper, leather, ceramics, textiles, crystal, jade, coconut shells, horn, resin animal sebum, ABS plate, lamp shade and other non-metallic materials.
Newly design, More in according with mechanical engineering. Safe and Durable. Simple Operation with high engraving/cutting speed and high laser power convert ratio.
Adopted stable China 65W Co2 laser tube, long life time.
Knife Strip Table: With oxidation treatment and low reflection ratio Ensured cutting quality.
Beam Path System
Adopting imported focus lens with high luminousness and mirror with high relativity ensure stable power transference.
Imported High precision, low friction force and stand wear and linear guide rails and blocks with 3M belt ensured stable transmission, lower noise.
Advanced USB port RD5121 DSP control system with large inner memory device and Fast curve cutting and Optimized shortest path function, Greatly improved the working efficiency .
With full-process automatic laser power attenuation compensation , ensuring the performance consistency of engraving/cutting. The High speed motion control program with pre-buffering function enhances productivity more.
Completely compatible with various CAD&CAM softwares such as AuotCAD, CorelDAW, supporting the designs directly exporting. With advanced Color management and defining the working turns with different colors , All or a part work can done in one time.
Rationalized placement of the electronic parts. Optimized heat dissipation effect.