Cleaning technology is often used in industrial production, cultural relic protection and mold manufacturing. For example, when electroplating, spraying or assembling industrial products, in order to ensure the quality of the workpiece in the next process, it is necessary to remove contaminants such as grease, dust, rust or residual glue on the surface of the material.

 

Traditional cleaning methods include mechanical cleaning, chemical cleaning and ultrasonic cleaning, but their applications are greatly limited under the requirements of environmental protection and high precision. Laser cleaning technology came into being, solving the problem of industrial cleaning. The laser cleaning machine is efficient and fast, does not require consumables, does not pollute the environment, and can effectively remove different types of pollutants.

 

Laser cleaning technology plays an important role in tire mold cleaning. The operator can start cleaning by placing the cleaning gun of the laser cleaning machine against the tire mold. During the cleaning process, the laser beam scans the mold surface and irradiates the mold surface at different angles, which ensures that all types of molds can be cleaned. After cleaning half of the mold, move the cleaning gun of the laser machine to the other half of the mold for cleaning.

 

Products cleaned by laser cleaning technology can be put into production immediately without waiting for drying and other processes. In addition to cleaning molds, laser cleaning machines can also remove rust or peeling old paint from industrial equipment.

 

Compared with traditional cleaning technology, laser cleaning technology has great advantages, and can bring great benefits to the society in terms of economic benefits and environmental protection. With the popularization of laser cleaning machines, it is believed that it is also of great significance to the development of the industry.