UK LASER CLEANING
Non Invasive Cleaning For Metal, Wood & Stone
Laser Cleaning For Monument & Stone Cleaning, Restoration & Rust Removal
Introducing Chilled Laser Technology
Our search for an effective and safe laser cleaning system started almost a decade ago. Until 2022 every system we looked at had drawbacks ranging from the size of the machines to the heat of the beam setting paint or varnish alight.
We have found the perfect solution using chilled laser technology which provides a cool laser beam in a very compact machine. Our mobile self-contained laser system allows us to provide services at any location and is rapidly replacing the techniques we have used in the past to clean a wide range of items.
Why Use Laser Cleaning?
The process of laser cleaning (laser ablation) is defined as non-invasive. It does not use any abrasive to remove coatings or staining caused by pollution. It uses a laser pulse with precisely set parameters, the pulse can be adjusted to be able to clean almost any surface. This method is almost universal and replaces the alternative processes of sandblasting, soda blasting, dry ice blasting and chemical cleaning.
Safety
The laser beam does not affect the surface of the item being treated , it selectively removes only the surface contaminants. Thanks to this, it can be used on the delicate surfaces, without causing surface damage or loss of material. The short length of the beam contains the operation in a small area and requires only the operator to wear protective glasses. If required screens can be erected to mask the working surface and ensure no one can see the beam in operation.
Cleanliness
The laser removes surface coatings like varnish, paint and staining due to air pollution, providing the highest standard of cleanliness of all available methods. By using no abrasives machines, can be cleaned without disassembling them and without the possibility of abrasive getting into the moving parts of machines. All the material removed by the laser is vacuumed up with an attachment fitted to the tool head.
Environmental Performance
During cleaning, no harmful substances are produced. The only used medium is electricity, and the materials which are removed are safely collected by the HEPA extraction system, the process meets the highest environmental standards.
Selectivity
The advanced control system provides a wide range of beam modifications, thanks to which we can selectively remove even particular layers of coatings without affecting the others. Depending on the requirements, we can control the thickness of the removal layer with an accuracy of micrometres.
Laser Cleaning Frequently Asked Questions
What is laser cleaning?
Laser cleaning is a non-contact, eco-friendly process that uses laser pulses to remove contaminants, rust, paint, or coatings from surfaces without damaging the underlying material.
How does laser cleaning work?
A high-energy laser beam is directed at the surface, where it vaporises or ablates unwanted material such as rust, oil, or paint. The substrate remains largely unaffected due to precise energy control.
What are the advantages of laser cleaning?
• No need for chemicals or abrasives • Minimal maintenance and waste • Highly precise and controlled • Environmentally friendly • Non-damaging to substrates
What materials can be cleaned with laser cleaning?
Metals (steel, aluminium, copper), stone, plastics, glass, and certain composites — especially for removing rust, oxides, paint, or other surface contaminants.
Can laser cleaning remove paint?
Yes, it is very effective at removing paint from metal surfaces without damaging the underlying material.
Is laser cleaning effective for rust removal?
Yes, laser rust removal is one of the most common and effective uses of the technology.
How fast is laser cleaning?
Speed depends on the power of the laser and the type and thickness of the contaminant. Higher-powered lasers (e.g., 100W to 2000W) clean faster.
Are there environmental benefits to laser cleaning?
Absolutely. Laser cleaning produces little to no secondary waste, avoids harmful chemicals, and is considered a green cleaning solution.
What happens to the removed material?
It typically vaporises or turns into a fine dust, which is often extracted by a vacuum or filtration system.