With the rapid development of science and technology, the R&D and production technology of laser cleaning machine equipment has been continuously improved, and the practical skills have been continuously improved, so that laser cleaning is gradually being widely used in mold manufacturing, automobile high-speed rail manufacturing and maintenance, aviation and shipping and other fields.
We all know that traditional industrial cleaning methods mainly include: high-pressure water, chemical reagents, ultrasonic waves and mechanical grinding. However, due to the above cleaning methods, there are more or less disadvantages: such as damage to the substrate, poor working environment, environmental pollution, incomplete cleaning of some locations, and high cleaning costs.
However, laser cleaning technology has the advantages of low damage to the matrix material, high cleaning accuracy, zero emission, green environmental protection, and good economic benefits, so more and more enterprises have begun to pay attention to laser cleaning. There is no doubt that the application of laser cleaning technology to the cleaning of dirt on metal surfaces has a very broad prospect.
At present, laser cleaning technology has been popularized in various industries in industrial applications:
Mold cleaning: rubber molds, composite molds, metal molds, etc.;
Cultural relics protection: stone carvings, bronzes, glass, oil paintings and murals, etc.;
Microelectronics: semiconductor components, microelectronic devices, memory templates, etc.;
Paint and rust removal: aircraft, ships and other parts, weapons and equipment, bridges, metal pressure vessels, metal pipes, electrical product parts, etc.;
Others: urban graffiti, printing cylinders, building exterior walls, nuclear industry, etc.