CO2 Laser Marking Machine

Brief introduction of CO2 laser marking machine

The carbon dioxide laser marking machine is controlled by a computer, using a 10.64um laser beam, focusing, and finally by controlling the deflection of the galvanometer to act on the work surface according to a predetermined trajectory to vaporize the work surface to achieve the marking effect. The beam pattern is good, the system performance is stable, and it is maintenance-free. It is suitable for large-volume, multi-variety, high-speed, high-precision industrial processing sites. Advanced optical path optimization design and unique graphics path optimization technology, coupled with the unique ultra-pulse function of the laser, make the cutting speed faster.

Advantages of CO2 laser marking machine

1. The high laser power is controlled by software, continuously adjustable, the marking range is large, the marking is clear, not easy to wear, and the cutting efficiency is high;

2. The depth of engraving can be controlled at will, and the processing cost is low, and no consumables are required to be controlled by a computer;

3. Use the 10.64um laser beam to expand, focus, and finally control the deflection of the galvanometer;

4. Act on the surface of the workpiece according to the predetermined trajectory to vaporize the working surface to achieve the marking effect.

5. Good beam pattern, stable system performance, maintenance-free, suitable for large-volume, multi-variety, high-speed, high-precision industrial processing sites.

6. Advanced optical path optimization design and unique graphics path optimization technology, coupled with the unique ultra-pulse function of the laser, make the cutting speed faster.

Carbon dioxide laser CO2 laser marking machine parameters

Market application of CO2 laser marking machine

1. Widely used in non-metallic materials, such as shoe carvings, buttons, leather, wood, plastics, electronic components, organic glass and other marking and cutting processing.

2. Such as laser engraving, laser cutting, laser marking and other processes on paper, PVC, rubber, wood, plastic and other surfaces.

3. Used in shoe materials, clothing, packaging, toys, food, beverages, medicine, daily cosmetics and other industries.