It is mainly used for marking tasks that require high smoothness and precision, and can be applied to almost all metal materials and the vast majority of non-metal materials. Typical applications include ceramic material devices, electronic components, consumer electronics products, automotive parts, precision tools, medical equipment, and other fields.

It is mainly used for marking tasks with strict requirements for finish and fineness and can be applied to almost all metal materials and most non-metal materials. Typical applications on ceramic materials and devices, electronic components, consumer electronics products, auto parts, precision tools, medical devices and etc.

The beam quality of the precision laser marking system is excellent, with a base mode output and a beam focused to the micrometer level, suitable for precision marking

The laser beam quality of the precision laser marking system is excellent. After focusing, the laser beam reaches the micron level, which is suitable for precision marking

This system has multiple styles and combinations to choose from, which can meet the processing needs of different customers to the greatest extent possible

Various models and combinations are offered which can meet the processing needs of different customers to the greatest extent.

The perfect combination of software and hardware, along with the optional ultra high speed scanning galvanometer, can achieve a marking efficiency 20% higher than that of ordinary laser marking machines

Perfect software and hardware cooperation,and optional ultra-high speed scanning galvanometer can achieve marking efficiency 20% higher than that of ordinary laser marking system

Ultra wide frequency modulation range from 1k to 2000K, widely suitable for the fine processing needs of various materials

1K to 2000K ultra wide frequency modulation amplitude enable this system to adapt to the needs of fine processing on various materials.