Why CO2 Laser Marking Machine Can Mark on Wood?

The application of laser marking machine is different in various industries, and the CO2 laser marking machine we know is used in craft gifts, wood, clothing, greeting cards, electronic components, plastics, models, pharmaceutical packaging, advertising industry and so on. So why can CO2 laser marking machine mark on wood?

CO2 laser marking machine using infrared wavelength, 10.64μm gas laser, CO2 gas charged into the high-pressure discharge tube to produce a glow discharge, so that the gas molecules release laser light, laser energy amplification on the formation of the material processed by the laser beam, the laser beam so that the processed body surface gasification to achieve the purpose of marking.

Advantages of CO2 laser marking wood

1. Permanent marking

Laser marking is essentially a "destructive removal" processing, marking out of the mark is not easy to imitate and change, the mark will not fade due to environmental relations (touch, acidic and alkaline gases, high temperature, low temperature, etc.).

2. Non-contact processing

Laser marking is non-mechanical "light knife" processing, engraving the workpiece will not produce internal stress, to ensure the original accuracy of the workpiece.

3. High precision marking

Laser production of carbon dioxide laser marking machine Z small line width of up to 0.1mm, in the wood products marked on the pattern of beautiful and delicate feel good, fine and clear marking.

4. Wide application

Widely used in a variety of non-metallic materials, such as paper, leather, wood, plastic, acrylic and so on.

5. Low running costs

Laser marking machine marking a molding, marking speed and small energy consumption, without consumables.

CO2 laser marking machine beam pattern is good, stable system performance, maintenance-free, suitable for high-volume, multi-species, high-precision continuous production of industrial processing site. Advanced optical path optimization design and unique graphic path optimization technology, coupled with the laser's unique super-pulse function, make marking speed more quickly. Widely used in a variety of non-metallic materials, such as paper, cosmetic cotton, PVC, wood, leather, plastic, acrylic and so on.