The most reliable and effective new cleaning method: laser cleaning
Time:2022-09-15
Views:637
Laser cleaning is a new cleaning method, which is more energy-saving, environmentally friendly, safe and efficient than traditional cleaning.
Laser cleaning is to use the characteristics of laser beam with large energy density, controllable direction and strong convergence ability, so that the bonding force between pollutants and the substrate is destroyed or the pollutants are directly gasified to decontaminate and reduce pollutants.
The bonding strength with the substrate can then achieve the effect of cleaning the surface of the workpiece. It can be used to clean the oxide layer on the metal surface, embroidery, oil pollution, paint, welding bead cleaning, etc.
The bonding strength with the substrate can then achieve the effect of cleaning the surface of the workpiece. It can be used to clean the oxide layer on the metal surface, embroidery, oil pollution, paint, welding bead cleaning, etc.
Laser cleaning is considered to be the most reliable and effective solution due to its non-abrasive, non-contact, low thermal effect and cleaning characteristics for objects of various materials.
The research and development of laser cleaning technology and equipment in my country started late.
Therefore, there are not many mature laser cleaning equipment in China, and most of them are still in the laboratory research stage. Howweld design handheld laser cleaning system special clean for molds, 5 minutes can finish cleaning work.
However, with the research and progress of new technologies, laser cleaning technology will be better developed in the future, especially in the industrial field.
Therefore, there are not many mature laser cleaning equipment in China, and most of them are still in the laboratory research stage. Howweld design handheld laser cleaning system special clean for molds, 5 minutes can finish cleaning work.
However, with the research and progress of new technologies, laser cleaning technology will be better developed in the future, especially in the industrial field.