Laser Cleaning

What's Laser Cleaning

Principle

Laser cleaning is a technology sending high-energy-density laser beam towards a surface. When the laser interacts with contaminants that absorb laser light, the contaminants or coating particles will either turn into gas or the pressure of the interaction will cause particles to free from the surface.

Features & Advantages

  • Non-contact cleaning does not damage the substrate.
  • Precise cleaning, realize precise position and size cleaning operation.
  • No consummables, no need of any chemical additive, safety and environmental protection.
  • Easy to operate, can be handheld or coporated with computer control to realize automatic cleaning.
  • The laser cleaner is stable and requires almost no maintenance.
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Laser Cleaning

Non-contact cleaning does not damage the substrate.
Precise cleaning, realize precise position and size cleaning operation.
No consummables, no need of any chemical additive, safety and environmental protection.
Easy to operate, can be handheld or coporated with computer control to realize automatic cleaning.
The laser cleaner is stable and requires almost no maintenance.

Laser Cleaning VS Traditional Cleaning

Mechanical Friction Cleaning

High speed and quality but easy to damage the substrate.

Chemical Cleaning

No stress cleaining, but produce heavy pollution.

Liquid Jet Cleaninng

High flexibiliy, but higher cleaning cost and produce difficult treatement of waste liquid.

High Frequency Ultrasonic Cleaning

Good cleaning effect, but the workpiece size is limited and the workpiece is dried after cleaning.

Laser Cleaning Application Cases

Spare Parts Rust Removal
Cleaning Before Welding
Mold Cleaning
Weld Seam Cleaning
Painting Removal
Oxide Film Cleaning
Oil Layer Cleaning
Boat Shell Cleaning

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