1.Machine body: Industrial steel pipe frame，industria tempering to eliminate welding stress.gantry is processed by processing center，make sure stable mowing. low noise and high precision.
2.Transmission: XY high precision helical rack+ linear guide,to ensure high precision and high load.
3.Machine headpiece: Independent Z-axis modular design, multiple combination of functional tools to meet diverse operations.
4.Working table: Double vacuum table + gas storage device, the adsorption force is stronger.
5.Convey system: Rolling feeding table, automatic feeding and rolling cutting, the operatian is more efficient.
6.Control software: 12-axis control system with independent intellectual property rights,easy to upgrade and maintain. The network interface supports remote upgrades, and the transmission is more efficient and secure.
7.Camera: 5-milion-pixel industrial grade camera,scanning positioning accuracy and speed.
8.Software format: The software has automatic generate contour function which supports JPG,DXF，PDF，etc: and has 2D3D engraving function,supports CDMCAM software, and is in line with international standards.
9.Tools: Can be combined with various cutting and engraving tools: oscillating knife，drag knife，pneumatic knife,half cutter，round knife,pen manual and automatic tool change spindle. Multi-purpose in one machine, effectively saving costs for multi-process and waries material operations.
10.Exterior. Designed by professional team,advanced structure，simple and generous exterior


Standard Application：
CCD camera:To read picture contours intelligently by UV flatbed printing.
Oscillating knife: KT board, PVC (less than 7mm), leather, single layer cloth, PP paper, car paste, reflective film, corrugated paper, card paper, grey board paper, soft composite material etc.
Drag knife: flexible materials less than 5mm, such as paperboard, thin plastic, PP backing, rubber blanket, gasket, imitation leather
Spindle: acrylic, MDF, insulating board, wood, thick PVC, aluminum, copper, composite material and other hard density material cutting