Laser cleaning, due to its green, environmentally friendly, and efficient characteristics, is gradually replacing traditional cleaning processes such as mechanical, chemical, and ultrasonic cleaning. Industry experts estimate the global potential market size for laser cleaning to be approximately 100 billion yuan, with potential demand in China exceeding 60 billion yuan, and applications in high-end manufacturing.
Laser cleaning technology is expected to gradually replace some traditional cleaning methods, and its application in my country's industrial production has economic value. The industry has already made breakthroughs in technologies such as integrated collaborative control board systems and beam homogenization and shaping systems, and future laser cleaning is developing towards automation and intelligence.
Laser cleaning requires no chemical agents or cleaning solutions, is pollution-free, involves no grinding or stress, causes minimal damage to the substrate, and significantly reduces the risks of water, air, and chemical pollution associated with traditional cleaning methods. Driven by the global "dual-carbon" strategy, the development of laser cleaning technology has attracted considerable attention.
