Laser Cleaning

Luminar Sdn. Bhd. started developing laser cleaning solution 20 years ago for the semiconductor industry. The cooperation with CleanLaser GmbH offers a modern, safe, and efficient way to clean semicon mold surfaces without the risks of damaging the mold. Unlike traditional methods, our laser cleaning technology removes rust, paint, and contaminants with precision and care.

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Laser Cleaning

Advanced Laser Technology for Safe & Effective Surface Cleaning

Laser cleaning is a cutting-edge process that uses a powerful laser beam to remove impurities, coatings, or oxidation from a surface. This technology is non-contact and non-abrasive, which means it cleans without physically touching or damaging the material underneath. It is a preferred solution for industries that require delicate yet effective cleaning methods.

Unlike conventional methods like sandblasting, chemical treatments, or abrasive cleaning, laser cleaning is cleaner, safer, and more efficient. It does not produce hazardous waste, requires no harsh chemicals, and delivers consistent results every time.

Why Choose Laser Cleaning Over Traditional Methods?

  • It does not damage the surface, making it ideal for sensitive components.
  • No chemicals or abrasives are involved, ensuring a safer and greener process.
  • No tool wear, so performance remains consistent.
  • It is fast and highly precise, reducing preparation and cleaning time.

Benefits

Precision Cleaning

Removes contaminants without harming the base material, perfect for components that demand high accuracy.

Environment Friendly

Removes contaminants without harming the base material, perfect for components that demand high accuracy.

Cost Saving

Eliminates the need for consumables like sand, solvents, or blasting materials.

Flexible

Works on metals, alloys, plastics, and even delicate historical surfaces.

Applications

Electronics

Laser cleaning in electronics and semiconductor applications removes thin oxide films from contacts, connectors, and micro-circuits to restore conductivity, clears soldering flux and contaminants from PCBs without damaging components, safely cleans wafers, microchips, and other sensitive parts without mechanical or chemical risk, and eliminates oxides or residues from lead frames prior to semiconductor packaging.

Automotive

Laser cleaning in automotive applications removes rust, oxides, and scale from engine components, gears, and chassis parts before painting or coating, cleans weld seams before and after welding to ensure strong joints, strips old paint or coatings from car body panels without damaging the base metal, and prepares surfaces for adhesive bonding or coating to achieve superior adhesion quality.

Industrial

In Industrial applications, laser cleaning is widely used for removing rust, oxides and other surface contaminants from machinery and production equipment. It is highly effective for cleaning molds without abrasion, restoring them for repeated use.

From startups to leading manufacturers, hundreds of partners trust our laser solutions to achieve their goals.

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