1. Light source drive: The emergence of new and high-performance lasers and the reduction of laser costs will trigger the explosive growth of related market applications. One generation of lasers and one generation of equipment, and the rapid entry of thick plate laser cutting equipment into the industrial field is a typical case.

2. Driven by system functions: Now we have entered the era of informatization and intelligent manufacturing. The precision and controllability of laser processing make it the execution terminal of intelligent manufacturing.

3. Driven by processing technology: For example, ultrafast laser technology promotes the application of laser cutting in the ultra-fine processing of industry and medicine. For applications such as processing fragile materials such as glass and ceramics, or drilling holes on hard metals such as turbine blades, the combination of precision and fineness is very important.

4. It is market-driven: For metal surface treatment, even if high-speed cladding technology is used, the manufacturing cost is higher than that of electroplating. However, due to environmental protection policies and other reasons in the later stage, the cost of electroplating technology for environmental protection investment is too high, so the overall cost of high-speed cladding is even lower than that of electroplating technology.