The principle of laser marking is to utilize a laser beam to make marks on the surface of various materials. The effect of Marking is to carve traces and display the required etching patterns and text through the chemical and physical changes of the surface material caused by light energy. For example, exposing the deep material through the evaporation of surface material, that is the removal of color material or depression, and the ablation of part surface material, that is carbonized or oxidation, etc, achieve the effect of engraving and labeling. The main advantages of the laser processing that make it so popular are that it is fast, flexible and programmable, non-contact and has a long-lasting marking with precise results. It has been widely applied in hardware, packaging, 3C electronics and other industries to realize the marking treatment of metal, plastic, wood, paint, glass and other materials.
      Pulse series of fiber optic products support laser marking machine with fiber laser to achieve high electro-optical conversion efficiency, long machine life, excellent beam quality and advantages of small size.Typical pulsed fiber laser marking machine functional parameters: compact size: 50 * 40 * 80cm; Power:10-100W: Frequency:1 kHz-400 kHz; Wavelength:1040-1090nm (typical wavelength:1064nm); Cooling method: Air-cooled.