What are the typical application scenarios for laser cleaning?

At present, laser cleaning in the industrial field has a wide range of application scenarios, its high efficiency, precision, and environmental protection features make it play an important role in several industrial links, the following are a few typical application scenarios:

Surface treatment


Laser cleaning can efficiently remove oxides, oil stains welding slag, and other pollutants on the metal surface to enhance surface cleanliness and subsequent processing quality. In terms of mold cleaning, it can quickly remove the pollutants on the surface of the mold, restore the original state of the mold, and avoid the loss of precision of the mold that may be caused by traditional cleaning methods.

Automobile Manufacturing


In the automotive manufacturing industry chain, laser cleaning can be used to clean oil and impurities on the surface of the engine block, crankshaft, connecting rod, and other parts to improve assembly precision and performance. In addition, laser cleaning also plays an important role in localized body repair and removal of stubborn stains.

Precision Manufacturing

In semiconductor manufacturing, laser cleaning is used to remove microscopic particles and contaminants from wafer surfaces, improving product yields and reliability. For precision parts that require high-precision machining, laser cleaning ensures that the surface of the part is thoroughly cleaned to meet stringent processing requirements.

Cultural Relics Protection

Laser cleaning can be used to clean the oxides and dirt on the surface of metal cultural relics, restoring the original appearance of the relics while avoiding damage to the relics. Laser cleaning can also be an effective solution for dirt and mold on stone artifacts.


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