1. With the development of fiber laser cutting machine laser towards high power and the use of high-performance CNC and servo systems, the use of high-power fiber laser cutting machine can achieve high processing speed, while reducing heat-affected zone and thermal distortion; the thickness of the material that can be cut is also further increased, and high-power laser can use Q switch or load pulse wave to make low-power laser produce high-power laser.

2. According to the influence of fiber laser cutting machine cutting process parameters, improve the processing technology, such as: increase the blowing force of auxiliary gas on cutting slag; add slag-making agent to improve the fluidity of melt; increase auxiliary energy and improve the coupling between energies; and switch to laser cutting with higher absorption rate.

3. Fiber laser cutting machine laser cutting will develop in the direction of high automation and intelligence. Apply CAD/CAPP/CAM and artificial intelligence to laser cutting to develop a highly automated multifunctional laser processing system.

4. According to the processing speed, adaptively control the laser power and laser mode or establish a process database and expert adaptive control system to generally improve the performance of the laser cutting machine. With the database as the core of the system, facing the general CAPP development tool, analyze all kinds of data involved in the laser cutting process design and establish a suitable database structure.

5. Develop towards a multifunctional fiber laser cutting machine laser processing center, integrate the quality feedback after each process such as laser cutting, laser welding and laser heat treatment, and give full play to the overall advantages of laser processing.

6. With the development of Internet and WEB technology, it has become an inevitable trend to establish a WEB-based network database, use fuzzy reasoning mechanism and artificial neural network to automatically determine the laser cutting process parameters, and be able to remotely access and control the laser cutting process.