Laser cleaning mold equipment can be used for various mold cleaning, such as tire mold cleaning, rubber mold cleaning, injection mold cleaning, glass bottle mold cleaning, and so on. At present, the mold industry often suffers from oil stains and adhesive layers on the molds, and the production of a good product requires a good mold. Only a clean mold can produce a qualified product.

As the production plan progresses, various oil stains will accumulate around the mold, not only damaging the service life of the mold, but also greatly affecting the qualified rate of the finished product. Therefore, it is imperative to remove oil and glue.

The cleaning of molds can better serve production, and the support of molds is essential for bright and oil-free finished products.

Laser cleaning technology is an important link in industrial production and other fields. It subverts traditional mold cleaning technologies such as chemical cleaning, mechanical polishing, dry ice cleaning, and ultrasonic cleaning. It is a rapidly developing new mold cleaning technology in recent years.

Laser cleaning of molds can quickly remove the adhesive layer, oil stains, etc. on the surface of the mold. For uneven samples, wherever the laser is irradiated, the laser can clean them, and the cleaning process can be handled with ease. This laser mold washing machine can effectively remove attachments on various molds such as production rubber, silicone, PU, etc. The equipment operation is simple, does not damage the mold, and the cleaning efficiency can be doubled.

Five application advantages of laser cleaning in the mold industry:

1. More environmentally friendly: No need to use any chemical agents or cleaning liquids, the cleaned waste is basically solid powder, small in size, easy to store, recyclable, non photochemical reaction, and does not produce pollution.

2. Good effect: Laser cleaning is non abrasive, non-contact, and has no thermal effect. It does not generate mechanical forces on the cleaned object, does not damage the surface of the object, does not damage the substrate, and does not produce secondary pollution.

3. Easy to control: Laser can be transmitted through optical fibers and paired with robots to achieve long-distance operation. It can clean complex structural parts that are not easily accessible by traditional methods. This characteristic also ensures the safety of operators in some dangerous places.

4. Widely applicable: Laser cleaning can remove various types of pollutants from the surface of various materials, achieving cleanliness levels that conventional cleaning cannot achieve. And it can also selectively clean the pollutants on the material surface without damaging it.

5. Low cost: The laser cleaning system has a relatively high initial investment, but can be used stably for a long time, with a service life of up to 10 years. It has low operating costs, fast speed, high efficiency, saves time, and can quickly obtain investment returns. In the long run, the cost is lower than traditional cleaning methods.

Laser cleaning molds also have many unique advantages: they can improve cleanliness; Short cleaning cycle; Low operating costs and automated operations; Quickly and effectively reach the designated location; It can perform edge and corner cleaning, and gradually replaces traditional cleaning processes in the field with its unique advantages.