The global market for industrial cleaning products and equipment is growing, so the quality, cleaning effect and environmental impact of cleaning products and equipment are becoming increasingly important. As product quality continues to improve, its environmental impact assessment has become the norm, and many industries are studying how to optimize the cleaning work of automated linear production.

　　It has been confirmed that laser cleaning can fully achieve this goal and highlight its excellence. The infrared light emitted by the laser can clean up the residual debris, production residues, and oxides on the metal surface. When steel, aluminum, stone, copper, and other substrates maintain their original temperature, the surface attachments can quickly absorb laser energy and peel off from the surface of the object, while the surface remains intact. The cleaning process can be completed by hand-held lasers or using robotic arms.

　　As a new technology, laser cleaning is slowly developing into the mainstream technology of industrial cleaning. Compared with traditional cleaning methods, we do not use any chemical agents, dry ice and other cleaning media, and will not produce secondary pollution, which means that our cleaning method is green and environmentally friendly. In addition, in response to the market demand to reduce operating costs and improve cleaning quality, laser cleaning technology is one of the few cleaning technologies I know that can achieve automated industrial cleaning. At the same time, laser cleaning can achieve higher and more stable cleaning quality.