1325 CO2 Laser Cutting Machine for Leather Bag Shoe Material

CO2 laser cutting machines excel in 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, and Engraving on glass surfaces (excluding deep cuts). Note: They are not suitable for direct metal cutting, although certain models can mark or process thin metal surfaces (performance is suboptimal compared to fiber laser cutting).

A CO2 glass laser tube typically boasts a service life ranging from 2,000 to 10,000 hours, contingent upon power, usage frequency, and cooling efficacy. Yes, replacement is possible and generally incurs a moderate cost. Regular checks of the cooling system (such as water cooling devices) are advised to extend its lifespan.

The likelihood of burning depends on: Material type (e.g., acrylic edges can be melted smooth, whereas wood is prone to carbonization) Cutting parameter settings (power, speed, frequency) Gas assist (some models feature air or nitrogen assist to mitigate edge burning) Note: Thoughtful parameter adjustments can significantly minimize edge burning.

Primarily for engraving tasks: 40W~80W is advisable For cutting acrylic and wood: 100W or higher is recommended For deep cutting or high-efficiency production: opt for 150W+

Typically, it does not compromise the material's overall structure, though there is a heat-affected zone (HAZ) at the edge. For most applications (signage, crafts, packaging industry, etc.), the impact is negligible. For industries demanding high-precision performance (such as medical devices), cold processing technology or fiber laser processing is recommended.