1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment

1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
1900×950mm Auto Feeding CO2 Laser Cutting Machine, CMA2010-FET-C Equipment
Request a Quote

Applicable Materials
The CMA2010-FET-C equipment is applicable for materials like cotton, fabric, leather, paper and other textile fabrics.

Cutting System

Model Laser power
(W)
Laser head Conveyer Working area
(mm)
Overall dimension (mm) Weight (Kg) Speed (m/min) Supply voltage Working environment
CMA2010-FET-C 60~130 Double Epsilon-type conveyer table 1900×950 2830×2223×1160 595Kg 0~24 AC220V±10% Temp: 5~40°C, Humidity:5~80%. No condensate water, no dust or less dust.

Laser Processing Examples:

  • Cloth shoes laser cutting
  • Fabrics and bras auto-cutting
  • Genuine leather children's shoes laser cutting
  • Non-woven fabrics laser cutting
  • Shoe upper laser cutting
  • Soft clothing laser cutting
  • Shoe upper laser cutting

Product Feature
1. A double head electric mutual shift can realize automatic separated head processing.
2. Automatic material feeding system: the double laser head achieves automatic space adjustments in order to save manpower and adjustment time.
3. This laser cutter is equipped with a material cutting system, which can make the best use of expensive materials. Compared to traditional mechanical cutters, it can significantly save on material costs.
4. When it cuts odd row, one cutter head can automatically stop output laser beams in order to avoid damaging already cut fabric.

Related products
Send Message
Inquiry
Inquiry