Laser Cleaning Machine Applications

Learn about Jobon Laser’s 14+ years of experience, in-house factory, global reach, and commitment to innovation in laser machinery.

Laser Cleaning Machine Solution

A laser cleaning machine is a device that uses high-energy laser beams to irradiate the surface of materials, instantly vaporizing or peeling off pollutants such as rust, oil, coatings, and oxides attached to the surface, thereby achieving a cleaning effect.

The laser cleaning machine uses high-energy laser beams to heat contaminants to the vaporization in a very short time, instantly removing contaminants from the surface.

The process does not require chemical reagents or mechanical contact. It is widely used in surface pretreatment and repair in metal processing, mold manufacturing, automobile maintenance, aerospace, electronics, and other industries.

Common Applications of Laser Cleaning

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Advantages of Laser Cleaning

  • Low Maintenance

    Durable equipment with minimal consumables. Easy to maintain. Lower long-term cost.

  • High Efficiency

    Fast cleaning speed with continuous operation. Adaptable to various industries.

  • Environmentally friendly

    Chemical-free, zero emissions, and pollution-free—meeting green manufacturing standards.

  • No Damage

    Non-contact cleaning, No damage to substrate, ideal for high-precision surfaces

Recommended Laser Cleaning Machines

LASER CLEANING CHEMICAL CLEANING DRY ICE CLEANING ABRASIVE BLASTING/SHOT PEENING
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface
Cleaning Principle High-energy laser remove contaminants Chemical dissolution reaction Cryogenic impact removal Physical abrasive impact on surface

FAQ – CNC Panel Bender

  • What is Laser Cleaning?How Does it Work?

    All units meet IEC 60076 standards with CE/UKCA markings. Oil-immersed models feature ≤35kV short-circuit withstand certification.

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