We use a controlled laser beam to remove rust, oxides, old paint and process residues from accessible metal surfaces. We inspect the part and check the settings on a test area before starting.
Short pulses deliver energy to rust, oxides, paint or another surface layer. Suitable settings allow controlled removal in successive passes without mechanical contact with the part.
We choose the method based on the surface, part geometry, layer thickness and the result required.
The beam can target a specific area, edge, seam or fastener without treating the entire part.
No sand or blasting media is used, so there is no abrasive material to remove from cavities and joints afterwards.
No acid bath or chemical stripping is required. Cleaning residues are removed by local extraction.
The cleaned surface can be prepared for welding, priming, painting or an agreed protective coating.
We assess suitability after inspecting the part or reviewing photographs.
Localised rust on steel parts, brackets, suspension components, frames and accessible body areas.
Controlled cleaning before repairs, welding or applying a new coating.
Removal of oxides and process residues before or after welding, where the part is suitable.
Cleaning along an accessible line of sight around ribs, holes and fasteners, without mechanical pressure on the surface.
Settings depend on the base material, the layer being removed and the finish required.
We identify the base material, contamination, accessible area and the next operation: protection, painting or welding.
We test the settings on a small area and assess how the unwanted layer separates from the metal beneath.
We screen the work area, protect sensitive components and provide local extraction for dust and ablation residues.
We remove the unwanted layer in successive passes, checking the surface between them.
We assess and photograph the result, then agree the next protective or repair stage.
The general principles described here have been checked against information from industrial laser manufacturers. STS selects settings for each job only after testing the part.
Send photos or call us for an initial assessment of whether the method suits your part.
Depending on the base material and settings, laser cleaning can remove surface rust, oxides, paint, certain coatings, grease and process residues. We check the result on a test area first.
We select settings that target the unwanted surface layer. Each part and coating is different, so inspection and a test are needed before the main cleaning work.
Yes, where the area is accessible and the part is suitable. Thin metal, zinc layers, factory coatings and nearby components require carefully selected settings and protection.
Freshly cleaned metal should not be left unprotected for long. We agree the next stage, such as welding, priming, painting or corrosion protection, before starting.
The price and time depend on the area, layer type and thickness, geometry, access and required finish. We provide an estimate after seeing photos or inspecting the part.
Sometimes a repair or another preparation method is more appropriate. We assess the job before recommending laser cleaning.
