May 22,2026
The internal structure of the CO2 flying laser marking machine is designed with integration, compactness and high stability as the core. The whole structure is reasonably partitioned, with independent and coordinated functional modules, which ensures high-speed stable operation, convenient later maintenance and long-term service life of the equipment. The main internal components include RF CO2 laser generator, high-speed galvanometer scanning system, precision optical transmission system, intelligent control system, all-air cooling heat dissipation system, servo driving module and industrial power supply system.
The RF CO2 laser generator is the core light source component of the whole equipment. Adopting industrial metal radio frequency laser structure, it features stable laser output, good beam uniformity and strong anti-interference ability. Different from traditional glass tube lasers, this integrated laser generator has a more compact internal structure, lower energy consumption and longer service life, and can continuously output high-quality laser beams to meet the demand of high-speed flying marking on automated production lines.
Equipped with a high-speed galvanometer scanning system, it is the key execution component for realizing fast and precise marking. The internal high-precision galvanometer motor and optical lens group can complete ultra-fast deflection scanning of laser beams. With accurate positioning and sensitive response, it realizes seamless dynamic marking on moving products, and the marking efficiency is 5-10 times that of traditional static marking equipment. It supports complex pattern, code and text marking without distortion or deviation.
The precision optical transmission system consists of professional focusing lenses, reflective lenses and light path adjusting components. All optical accessories are precisely installed and calibrated inside the equipment, with low light loss and high light concentration. This structure ensures ultra-high marking accuracy, enables fine processing of tiny characters and delicate patterns, and effectively guarantees clear and uniform marking effect on various non-metallic material surfaces.
The intelligent control system is the brain of the equipment’s operation. It integrates an industrial main control board, data processing module and signal transmission unit. It can stably receive and process editing data, variable data and linkage signals of the production line in real time. It supports automatic coding, batch marking and online dynamic marking, and realizes intelligent linkage and synchronous operation with automated assembly lines.
The internal servo driving module and industrial power supply system provide stable power output and power guarantee for the whole equipment. The power supply unit has overvoltage, overcurrent and short-circuit protection functions, which effectively improves the operational safety and stability of the equipment. The servo driving unit ensures flexible and stable operation of the scanning and moving structure, adapting to long-term 24-hour uninterrupted industrial operation.
Overall, the internal structure of the CO2 flying laser marking machine adopts modular integrated design, with reasonable layout, compact space occupation, stable coordination of all components, no redundant consumable parts, and low failure rate. The optimized internal structure not only ensures high efficiency and high precision marking performance, but also greatly reduces later maintenance difficulties and operating costs, perfectly adapting to various harsh industrial production environments and long-term continuous production needs.
