The choice of laser marking fiber laser
Publish Time: 2021-08-26 Origin: dapeng
Laser Marking
The basic principle of laser marking is that a high-energy continuous laser beam is generated by a laser generator. The focused laser acts on the printing material to instantly melt or even vaporize the surface material. By controlling the path of the laser on the surface of the material, it forms The required graphic mark.
Laser marking is characterized by non-contact processing and can be marked on any special-shaped surface. The workpiece will not deform and generate internal stress. It is suitable for marking metal, plastic, glass, ceramics, wood, leather and other materials.
5W-70W acousto-optic Q-switched pulsed fiber laser
It can be used for fine marking, fine cutting, laser drilling, laser scribing, laser cleaning, laser deep engraving, etc. It is used in household appliances, 3C electronics, chips, packaging and other industries.
Product Description
Acousto-optic Q-switched pulsed fiber laser, based on the Q-switched main oscillator and high-power fiber amplifier (MOPA) structure, provides a variety of power models from 5W to 70W, with a peak power of up to 7kW, using an isolator output, and operating parameters through the 25Pin control interface Setting, can be directly integrated into the user's equipment, suitable for industrial and scientific research applications, can meet most plastic marking and all metal materials marking, etching, deep engraving, surface cleaning, high-precision sheet cutting, drilling, etc. application.
20F acousto-optic Q-switched pulsed fiber laser
It can be used for fine marking, fine cutting, laser drilling, laser scribing, laser cleaning, laser deep engraving, etc. It is used in household appliances, 3C electronics, chips, packaging and other industries.
Product Description
MFP-20F fiber laser, the emission wavelength is 1064nm, and the operating parameters are set through the 25Pin control interface, which is suitable for laboratory and industrial applications. Convenient operation, maintenance-free as a whole, and can be directly integrated into user equipment. It has a compact structure and uses a fiber ribbon isolator to output. It is an ideal laser source for the laser marking industry. The optical head has an optical isolator with a certain degree of isolation, which can be directly applied to low-reflective materials (such as plastic, wood, paper, etc.), as well as for marking some metals with low reflectivity, not suitable for those with reflectivity> 80% Material, in order to reflect the processing performance of the laser, it is recommended to use a power of not less than 30%.