Precision Energy "Surgery"

The core of laser cleaning is selective absorption and instantaneous removal. The high-energy pulsed laser beam is strongly absorbed by contaminants on the workpiece surface (rust, paint, oil, coatings, etc.), causing them to heat up, gasify, or expand and peel off in an extremely short time. Meanwhile, the base material has a high reflectivity for the specific laser wavelength. This physical process is non-contact, stress-free, and has an extremely small heat-affected zone.

Key Advantages: Comprehensive Superiority over Traditional Methods

• Non-Destructive Cleaning: No damage to the substrate material, preserving the original dimensional accuracy and performance of the workpiece, suitable for precision parts.

• Eco-Friendly: No need of chemical agents or abrasives; no discharge of waste gas or wastewater;  just a small amount of dust is generated and can be collected, meeting strict environmental standards.

• Precision Control: Enables precise control of the cleaning area and depth, achieving micron-level localized cleaning with high flexibility.

• Efficient & Economical: Non-contact and easy to operate, especially suitable for complex shaped parts. No consumables in long-term use, leading to low overall operating costs.

• Easy Integration: Can be used handheld flexibly or integrated into automated production lines for intelligent online cleaning.

Laser cleaning is widely applied in:

• Industrial Manufacturing: Mold cleaning, weld seam/bead pre-treatment, pre-painting treatment.

• High-End Maintenance: Aero-engine component maintenance, paint removal and rust removal for rail transit vehicles, ship maintenance.

• Precision Fields: Degreasing/oxide layer removal from precision parts, nuclear facility decontamination.

• Cultural Heritage: Surface restoration and cleaning of artworks and relics.

Choose laser cleaning – choose an efficient, green, and non-destructive intelligent cleaning future.