Semiconductors use internationally advanced laser technology, using semiconductor arrays, pumping Nd: YAG dielectrics with semiconductor light-emitting diodes at a wavelength of 808 nm to form a laser output pattern with a wavelength of 1064 nm. The laser has a small volume and high photoelectric conversion efficiency.
The semiconductor laser has a wide range of adaptability: it can adapt to various metals (including various rare metals), plastics (including various engineering plastics), rubber, resins, ceramics, and coatings. Special note is: semiconductor laser can change the light spot pattern through the grating, especially for fine text mark. The marked characters have good color contrast, smooth and delicate feel, neat edges, and excellent appearance effects. They can also achieve good spot patterns without gratings and are particularly suitable for functional peeling of anodized layers or coatings. Fast speed (especially faster than lighter spot pump) and high stability and reliability. This ability also reduces the possibility of selecting different models due to different requirements, providing better guarantees for the scalability and versatility of production equipment, and reducing the possibility of idle or insufficient equipment.
However, fiber laser marking machines are now more widely used. If you have any questions, you can contact us.
