3D surface laser marking


3D surface laser marking is a fast laser marking method for products with uneven surfaces and irregular shapes. It not only improves processing efficiency, but also meets personalized processing needs, providing rich display styles for current processing and production, and offering more creative processing techniques for material processing. Although two-dimensional fiber laser marking has broad applications in many fields, the emergence of 3D laser marking solutions has effectively filled the gap in laser surface processing and provided a broader stage for current laser applications.


The ZBTK 3D scanning galvanometer is highly integrated with high-end 2D scanning galvanometers, high-speed dynamic focusing units, optical lens groups, rear focusing F-theta field mirrors, etc. It has a compact and stable structure, precise optical path, good sealing, exquisite appearance, and easy installation.

The ZBTK 3D scanning galvanometer adopts a metal sealed shielding structure and multi-level anti-interference protection circuit, which has strong anti-interference ability; Adopting advanced closed-loop PID algorithm, 16 bit control resolution, high control accuracy, and fine machining effect; Adopting unique linearity compensation technology, it has good linearity throughout the entire three-dimensional marking space range; Adopting high-precision photoelectric sensor technology and advanced temperature drift automatic compensation technology, it has extremely small zero temperature drift, gain temperature drift, and long-term working temperature drift. It can be widely applied in the fields of laser engraving and 3D marking.