The application market of industrial laser equipment is directly affected by the development of the electronics, microelectronics, optoelectronics, communications industry and opto-mechatronics system equipment market. The laser processing system is essential for meeting the above-mentioned emerging industries and advanced manufacturing technology and equipment. Carbon dioxide lasers, semiconductor lasers, solid-state lasers, semiconductor-pumped solid-state lasers, excimer lasers, optical brazing lasers and their processing equipment are among the most demanding and fastest-developing industrial laser processing systems. The introduction of laser marking, segmentation, soldering, surface treatment, measurement and other laser technologies for precision machining not only promotes the development of the microelectronics industry, but also provides favorable conditions for the semiconductor manufacturing industry. The processing methods and typical applications are as follows:

1. Marking: mobile phone button marking, electronic component marking, keyboard marking, chip (also known as microcircuit) marking, integrated circuit marking, integrated circuit (IC) marking and TO-92 bulk triode, Strip triode, marking of strip chip (also known as microcircuit);

2. Segmentation: wafer segmentation

3. Soldering: welding of precision parts such as microelectronic components, integrated circuit leads, high power (refers to the amount of work done by the object in a unit of time) diodes, mobile phone batteries, electronic components, etc., optical communication devices Multi-beam welding, precision mold (title: industrial mother) spot welding.