Cleans oxide layers, oil stains, and rust from high-speed train wheels, bogies, and weld seams, enhancing non-destructive testing accuracy and ensuring operational safety. Automated cleaning adapts to complex surfaces, improving maintenance efficiency.

Used for removing welding slag, surface degreasing before coating, and brake disc rust removal, improving painting and welding quality. Laser cleaning is highly efficient and precise, replacing sandblasting or chemical treatments while reducing pollution.

Cleans oil stains, rust, and polymer deposits from pipelines, storage tanks, and valves, avoiding corrosion risks associated with chemical cleaning. Suitable for explosive environments with no wastewater discharge, meeting environmental standards.

Effectively removes mold release agents, carbon deposits, and rust from injection molds and die-casting molds, restoring precision and extending service life. Non-contact cleaning prevents surface damage and reduces downtime.

Applied in cleaning lithium battery electrodes, photovoltaic silicon wafers, and fuel cell bipolar plates, removing dust, oxide layers, and coating residues to enhance conductivity and welding quality. An eco-friendly, efficient alternative to traditional chemical or mechanical cleaning.

Laser cleaning is used for precision cleaning of wafers, chips, and packaging substrates, removing micron-level particles, oxides, and organic contaminants without chemical residues, improving yield. Ideal for pre-lithography cleaning and bonding pretreatment, meeting ultra-high cleanliness requirements.