Advantages of laser cleaning automotive engine molds
Many automobile manufacturers need to clean automobile molds and engine molds, because the advancement of production often causes oil stains to accumulate around the molds, affecting the service life and production efficiency of the molds, and reducing the pass rate of production.
In order to maintain efficient and high-quality production status, mold cleaning has become a necessary process for manufacturers.
Optimizing cleaning methods, reducing some disadvantages caused by traditional cleaning methods, and improving corporate efficiency have become the goals that companies are constantly pursuing.
With the continuous research and development of laser applications, laser cleaning technology has gradually been applied on a large scale in the manufacturing industry, and automobile manufacturers have become one of the beneficiaries of the development of the laser industry.
Compared with the traditional sandblasting cleaning, the selection of sand quality is very strict. If it is hard, it will damage the substrate, and if it is soft, it will not achieve the cleaning effect. The principle of the laser cleaning machine is to use high-frequency high-energy laser pulses to irradiate the surface of the workpiece, and the coating layer can instantly absorb the focused laser energy, so that the oil stains, rust spots or coatings on the surface evaporate or peel off instantly. Laser cleaning is a cleaning method that can effectively remove surface attachments or surface coatings at high speed, and the laser pulse with a short action time will not damage the metal substrate under appropriate parameters. In addition, the laser cleaning machine does not use water or other media, and does not need to be cleaned and dried. Therefore, the engine can be cleaned in depth without disassembling the engine, which is far more convenient than traditional ultrasonic cleaning.
In short, there are many advantages of laser cleaning engine molds. Manufacturers in need can contact us through the form or email for further communication.
1. Green cleaning: solve the environmental pollution problems caused by chemical cleaning;
2. Non-damaging cleaning: no grinding, non-contact, no damage to the substrate, only remove surface pollutants;
3. Low-cost cleaning: no consumables, only consumes very little electricity during operation;
4. Precise and precise cleaning: precise and precise cleaning can be performed on designated areas;
5. Improve the working environment: reduce manpower and solve the problem of difficult employment;
6. Automatic cleaning: It is equipped with automatic equipment, which is easy to detect and control, and realizes automatic cleaning.
