1630 CO2 Laser Cutting Machine for Fabric Leather

CO2 laser cutting machines are suitable for cutting and engraving non-metallic materials, such as: Wood (plywood, density board, etc.), Acrylic (PMMA), Plastics (such as ABS, PE, PVC), Cloth, leather, Cardboard, paper, Rubber, Engraving on glass surfaces (no deep cutting). Note: not suitable for direct cutting of metal materials, but some models can mark or process thin metal surfaces (the effect is not as good as fiber laser cutting).

The normal service life of a CO2 glass laser tube is generally 2,000-10,000 hours, depending on the power, frequency of use, and cooling system. Yes, it can be replaced, and the replacement cost is generally moderate. It is recommended to regularly check whether the cooling system (such as water cooling device) is operating normally to extend the life.

Whether it is burnt depends on: Material type (such as acrylic edge can be melted smooth, but wood is easy to carbonize) Cutting parameter settings (power, speed, frequency) Gas assist (some models support air or nitrogen assist to reduce the burnt edge). Note: Reasonable parameter adjustment can effectively reduce the phenomenon of burnt edge.

Mainly for engraving: 40W~80W is recommended. Cutting acrylic and wood: 100W or more is recommended. Deep cutting or high-efficiency production is required: choose 150W+.

Generally, it will not affect the overall structure of the material, and there will only be a heat-affected zone (HAZ) at the edge. For most applications (signage, crafts, packaging industry, etc.), the impact can be ignored. For industries that require high-precision performance (such as medical devices), cold processing technology or fiber laser processing is recommended.