High Speed CO2 500W Laser Engraving Machine for Leather
Negotiable /Piece
Min.Order:1 Piece
ZJ(3D)-9045 super high-speed engraving and punching machine for shoes materials
Product Feature
1, The machine adopts 500W CO2 RF metal laser tube with high power and fast processing speed, which 3 times of conventional laser tube, ensuring high quantity production and saving labor cost.
2, Laser beam quality is high and cutting effect is fine, with no char on the cutting slot, ensuring no carbonized cutting facet and high quality. Especially natural effects for light color leather processing.
3, It adopts 3-D dynamic galvanometer control system with automatic up & down Z axis, ensuring best processing effect.
4, It adopts mutual movable zinc-iron alloy honeycomb working table, which can do multi-position processing. If it is in flying engraving mode, the working area reaches 900mm×450mm.
5, It can do high speed large format engraving and punching on fur & leather and other leather materials and can do engraving and cutting on leather label and other small format materials.
6, The machine adopts back exhaust fan which realizes short distance smoke absorption, reduces side effects and ensures best visual effects on the processing.
7, User-friendly foot switch design for easy operation and high efficiency.
Application Field
It is suitable for fur, leather, textile fabrics and other flexible materials.
It is suitable for garments, shoes, labels,seat cover,automobile interior and other industries.
Technical Parameter
Laser types |
CO2 RF metal laser tube |
Laser power |
500W |
Working area |
900x450mm |
Working table |
Mutual movable Zn-Fe alloy honeycomb working table |
Working speed |
Adjustable |
Repeating location |
± 0.1mm |
Moving system |
Offline 3-D dynamic galvanometer motion control system, 5 inch LCD screen |
Cooling system |
Constant temperature water chiller |
Power supply |
AC220V±5% 50/60HZ |
Format supported |
AI, BMP, PLT, DXF, DST etc. |
Standard collocation |
2 sets of 1100W exhaust fans, foot switch |
Optional collocation |
Red light positioning system |