Laser marking is the use of high-energy laser beams to irradiate the surface of the object, and the light energy is instantly converted into heat energy, causing the surface of the object to evaporate rapidly, thereby engraving any desired text, graphics and images on the surface of the object, serving various industries All walks of life.

Laser marking is a non-contact process, which can be marked on any special-shaped surface without deformation or internal stress. It is suitable for metals (need to be equipped with corresponding lasers), plastics, glass, ceramics, wood, leather, etc. Material; marking is clear, permanent, beautiful and effective anti-counterfeiting; it has the characteristics of fast marking speed, low operating cost, and no pollution.
The laser adopts "BCD/FOB" interface to connect with the control system. "BCD" is the abbreviation of "Binary Coded Decimal", that is, BCD code, which is the data format for communicating with the laser. "FOB" is the abbreviation of "Fault Output Board", which is used to feed back various error signals and additional analog signals. The "BCD/FDB" interface requires two 47-pin Amphenol type connectors.