Vibration, temperature changes, and dust in outdoor or industrial environments can cause optical path deviations, thus requiring the use of earthquake-resistant structures and sealing designs.
The distance between the nozzle and the workpiece needs to be precisely controlled. If the distance is too far, the airflow will diffuse, and if the distance is too close, the airflow may bounce back, interfering with the cutting process.
In high-power laser processing, the laser welding head, as the terminal execution unit for beam output, directly bears the focusing and conduction of high-intensity energy.
In the field of metal processing and manufacturing, welding has long been considered a process highly dependent on experience, skill, and physical strength.
In high-speed cutting scenarios, the laser cutting head, as the core execution component, directly determines the stability of processing quality through its design and performance.
In these situations, handheld smart laser marking machines, with their portability, self-powered operation, and intelligent design, become the ideal tool for achieving "accurate marking anytime, anywhere."