Laser welding technology research. Carry out laser pointer welding process and materials, welding process requirements for equipment and welding process parameter monitoring and control technology research, so as to master the welding process of ordinary steel, non-ferrous metals and special steel.
Research on laser surface treatment technology. Carry out CAD/CAM technology, laser surface treatment process, material performance and laser surface treatment process parameter monitoring and control research, so that the laser surface treatment process can be applied to production on a large scale. Research on laser processing beam quality and processing peripheral devices.
Study the quality requirements of various laser processing technologies for laser beams, laser beam and processing quality monitoring technology, optical system and processing head design and development. Carry out research on laser processing technology, focusing on the research, promotion and application of material surface modification and heat treatment; carry out research on the application of laser rapid prototyping technology to broaden the field of laser applications.
Laser technology is the foundation of optoelectronic technology and industry, and will replace and promote the traditional electronic information industry. The knowledge economy is dominant in the 21st century, and vigorously developing high technology is an inevitable choice to welcome the arrival of the knowledge economy era. At present, the most important high and new technology recognized by the global industry as the fastest growing and increasingly widely used is optoelectronic technology, which is bound to become a pillar industry in the 21st century.
In optoelectronic technology, one of its basic technologies is green laser pointer technology. The scientific community predicts that by 2005, the output value of the optoelectronic industry will reach the level of the output value of the electronics industry. By 2010, the information industry led by optoelectronic information technology will form an industry scale of 5 trillion US dollars. The industry may replace the traditional electronics industry. Optoelectronic technology will once again promote the revolution and progress of human science and technology after microelectronics technology.