Skip to Content

Lastik Kalıplarını Temizlemek için 50W 60W Fiber Lazer Temizleme Makinesi






50W 60W Fiber Laser Cleaning 
Machine To Clean Tyre Molds

Product description


The tire mold is an important tool used in the tire production process (vulcanization process). Long-term use of the molds will produce many deposits, such as sulfide, inorganic matter, silicone oil, carbon black, etc. Therefore, they need to be cleaned regularly to ensure the cleanliness of the surface. Due to the irregular and complex patterns of the mold, the traditional cleaning method can leave some spots dirty, which will affect the quality of the tire.


Product Advantages

1. Efficient

After the laser is radiated to the mold surface, it is absorbed by the deposits on the mold surface. Under the action of high-temperature energy, the deposits instantly vaporize and evaporate off the surface of the object, and the time required is very short. Traditional cleaning methods, such as ultrasonic cleaning, can only be used after preheating and cooling, which takes a long time. For a tire manufacturer with a daily output of thousands, laser cleaning technology is the most efficient.

2. Reliable

The laser beam can reach parts that are not easy to clean, and the effect is more professional. Moreover, laser cleaning is a non-contact cleaning, and no solvent or substance is added during the cleaning process, so under the appropriate process parameters (laser optical parameters), it will not cause damage to the mold. Compared with traditional mechanical cleaning, chemical cleaning and other methods, it is more reliable.

3. Environmental protection

Laser cleaning uses high-energy light beams without using any organic solvents, so it is pollution-free, noise-free, and harmless to humans and the environment. In such an environment, laser cleaning technology is undoubtedly the most suitable.With the continuous development and maturity of related supporting equipment and technologies, more and more industries will apply laser cleaning technology in the future.