*(subject to the condition of parts) See T&C's
What is Laser Cleaning?
Laser cleaning is a non-contact process that uses focused pulses of laser energy to remove unwanted material from a surface.
When the laser is directed at contaminants such as rust, paint, oxide, grease or other coatings, the energy causes the unwanted material to break down and detach from the underlying surface. The laser can be carefully controlled so that the contaminant is removed while the base material remains largely unaffected.
Unlike abrasive blasting, grinding or wire brushing, laser cleaning does not rely on physical contact with the surface. This makes it particularly useful for delicate components, intricate details and areas where maintaining the original profile and dimensions is important.
Our laser cleaning process can be used for:
- Rust and corrosion removal
- Paint and coating removal
- Oxide and scale removal
- Surface preparation before welding or coating
- Restoration of metal components
- Cleaning precision tooling and moulds
- Removing contaminants from fabricated metalwork
- Cleaning intricate or hard-to-reach areas
Every material and application is different, which is why we can carry out testing where required to establish the appropriate laser settings for your component.
Advantages of Laser Cleaning
- Preserves the base material and fine detail
Laser cleaning removes rust, paint, and contaminants while leaving the underlying metal intact. This makes it ideal for moulds, aerospace parts, and precision tooling, and reduces the need for rework or dimensional correction. - Low waste and better for the environment
No abrasive media or harsh chemicals are required, so there is minimal secondary waste and lower disposal costs. - Highly selective and time-saving
Lasers can target specific layers or small areas without affecting adjacent surfaces, which reduces masking, saves materials, and speeds up work. - Cleaner and safer workplace
Laser cleaning produces less dust and noise than abrasive methods and reduces operator exposure to airborne particulates and chemicals. - How Laser Cleaning Removes Corrosion
Laser cleaning works by laser ablation: short, intense pulses heat and vaporise corrosion products, causing them to separate from the substrate. Because the process is controlled and localised, the corrosion is removed without mechanical abrasion, preserving the original metal beneath. - Laser Cleaning on Hardwoods
Laser cleaning can be used on hardwoods when done correctly. We use a pulsed fibre laser, perform test patches, and employ proper fume extraction. This approach removes coatings and stains with minimal damage to the wood, but it must be carefully controlled to avoid charring or ignition.
