Cleaning tire molds with a laser cleaning machine mainly uses the characteristics of lasers, such as high energy, high brightness, and good directionality, to destroy the force between the pollutants and the surface of the object, thereby removing the pollutants without damaging the substrate.

If you would like delicate removal of surface coatings and do not want any damage to the base material, fiber laser cleaning would be the perfect choice. Laser cleaning can be applied to various materials including metals, composites, plastic, rubber and stones. Coatings such as paint, varnish and rust can be cleaned with ease. Paint removal, to be sure can help update and reuse the material with paint you no longer needed.

Since the advent of laser technology, it has been widely concerned by the society, known as one of the four great inventions in the 20th century. In recent years, the power of laser has been increasing, and its application has gradually penetrated into the field of heavy industrial manufacturing. In the shipbuilding industry, laser cutting, welding and cleaning processes have begun to replace some existing processes, which has brought a certain impact on the entire shipbuilding industry.

Industrial modernization has brought environmental deterioration and industrial pollution, and governments have been long aware of the problems, and also vigorously build sewage treatment plants, waste gas adsorption and filtration facilities, but these measures are only treatment before prevention with very high cost. Under this circumstance, it has become an urgent and necessary task to change the process of some production processes and upgrade to the more environment-friendly cleaning process. Fiber Laser cleaning is a very smart choice, and is also an important technology which has been gradually changing the ways of industrial environmental protection.

Laser cleaning equipment is an effective and efficient new type of machine to remove rust and oxide layer from the surface of metal materials. The laser with higher energy density interacts with specific substances, and the force generated by energy conversion overcomes the bonding force between the material to be cleaned and the substrate, and uses light peeling, vaporization, ablation, plasma impact, vibration, etc.