CW-1630F FLATBED CO2 LASER CUTTING MACHINE

1. Cost saving for its maximum material utilization and molding free features.

2. High rigidity with strengthening welded bed and secondary annealing so the mechanical stress is reduced.

3. High efficiency, the exchange platform doubles the cutting efficiency and maximizes the time and manpower.

4. High reward for its fast speed cutting to increase product added value and long life. It will bring double return to your investment.

5.  Easy to operate, high cutting precision, scientific typesetting, and more material saving.  

Exclusive process development to avoid the problem of traditional laser cutting with yellow or dark edge.

High-performance motherboard with anti-jamming feature can output more complete data. And machine is with power-off  continuous carving, slope carving function. 

Fast curve cutting function. Any curve can be cut continuously in rapid succession. 

With power, frequency and speed following function, it effectively reduces corner burrs; corner energy following technology makes  sharp angle cutting technology more perfect. 

The software design path can be optimized as needed to reduce processing time and improve efficiency. 

CCD cameras, stainless steel baseboard or other parts could be added to meet the requirements and improve the efficiency.

Exclusive process development to avoid the problem of traditional laser cutting with yellow or dark edge. 

High-performance motherboard with anti-jamming feature can output more complete data. And machine is with power-offr   continuous carving, slope carving function. 

Fast curve cutting function. Any curve can be cut continuously in rapid succession. 

With power, frequency and speed following function, it effectively reduces corner burrs; corner energy following technology makes  sharp angle cutting technology more perfect. 

The software design path can be optimized as needed to reduce processing time and improve efficiency. 

CCD cameras, stainless steel baseboard or other parts could be added to meet the requirements and improve the efficiency.

Faster laser engraving machine on the market; 

Higher productivity and lower operating costs.

Faster laser engraving machine on the market; 

Higher productivity and lower operating costs.

extreme accuracy 

clean cuts and sealed fabric edges to prevent fraying 

can be used to cut many different materials, like silk, nylon, leather, neoprene, polyester and cotton 

no need to touch the garment 

no unintended marks left on the foam

With a CO2 laser you can cut acrylic glass and get flame-polished edges without additional material processing.

Innovative process development, avoiding the problem of traditional laser cutting of the edge-smoked black smoked black.

High-performance motherboard, anti-interference, more complete data output, power-off continuous carving, slope carving.

Fast curve cutting function: Any curve can be cut continuously in rapid succession.

With power, frequency and speed follow function, it effectively reduces corner burrs; corner energy following technology makes sharp angle cutting technology more perfect.

The software design path can be optimized as needed to reduce processing time and improve efficiency.

Faster laser engraving machine on the market; 

Higher productivity and lower operating costs.

Faster laser engraving machine on the market; 

Higher productivity and lower operating costs.

Faster laser engraving machine on the market; 

Higher productivity and lower operating costs.

Laser engraving from wood, leather, cardboard, glass and plastics 

Laser cutting from thin (up to 3-5mm) wood, leather, textiles and plastics

extreme accuracy 

clean cuts and sealed fabric edges to prevent fraying 

can be used to cut many different materials, like silk, nylon, leather, neoprene, polyester and cotton 

no need to touch the garment 

no unintended marks left on the fabric

Cut with high precision 

Flexible operation interface 

High performance step motor 

Imported axletree Straight-line slide-way 

Perfect optical system 

Multiplicate data transmission mode