Firstly, the laser is output using fiber optics, and then the marking function is achieved through a high-speed scanning galvanometer system. The electro-optical conversion efficiency is very high, which is very energy-saving.
Secondly, fiber laser marking has a fast speed and can be formed in one go during marking, without causing content fading due to harsh environments.
Thirdly, the fiber laser marking machine adopts air cooling, which has a long service life and can work continuously for 24 hours.
Fourthly, fiber laser marking machines are mainly used in fields that require high depth, smoothness, and precision, such as various hardware, stainless steel, metal oxides, gold, silver, and copper marking.
Fifthly, fiber laser marking has high efficiency. Under computer control, the laser beam can move (at a speed of 7 meters/second), and the marking process can be completed in seconds.
Sixth: Fiber laser marking is an automated operation equipment, with high laser beam energy density, small focusing spot, fast processing speed, and small thermal impact area on the workpiece.
Seventh: Fiber laser marking can produce various texts, symbols, and patterns, with character sizes ranging from millimeters to micrometers. The marking content is flexible and versatile, making it more suitable for users with a wide range of product types.
Eighth: Fiber laser marking processing is a pollution-free and clean processing method.
In summary, fiber laser marking machines have advantages such as high efficiency, high precision, and high reliability, and have broad application prospects in fields that require high-precision marking, such as the hardware industry.