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  • Weld Cleaning & Surface Preparation: Remove mill scale, surface rust, oils, paint and other contaminants from suitable areas before welding or coating. Laser cleaning provides a controlled, non-abrasive method of preparing metal surfaces without introducing blasting media.

  • Post-Weld Clean & Descaling: Instantly clears away heat tint, welding slag, and discolouration without scratching or changing the mechanical properties of the weld joint.

Weld Cleaning & Surface Preparation

Industry: Industrial & Manufacturing

Injection Mould & Tool Cleaning

  • Plastic & Residue Removal: Removes suitable plastic residues, rubber, release agents and carbon deposits from injection moulds and tooling, including detailed areas that can be difficult to clean using conventional methods.

  • Reduced Cleaning Downtime: Laser cleaning can access complex tooling geometries and detailed mould features, potentially reducing the time required for manual cleaning, disassembly and conventional preparation.

  • No Abrasive Blasting Media: Laser cleaning does not use sand, glass bead or other blasting media, helping avoid the additional waste and clean-up associated with spent abrasive media.

Machinery & Equipment Cleaning

  • Baked-On Contaminant Removal: Removes accumulated grease, oils, carbon deposits, surface rust and industrial grime from suitable machinery and equipment.

  • Detailed Component Cleaning: Laser cleaning can be used on suitable mechanical components, housings, brackets, pivot areas and exposed surfaces where controlled cleaning is required. Components containing seals, bearings or other sensitive parts are assessed before cleaning.

  • Sensitive Equipment Areas:  Laser cleaning can be useful for selected areas around electrical housings, sensor brackets and other components where water or abrasive cleaning may not be desirable. Each application is assessed before cleaning.

Coating Removal & Surface Preparation

  • Industrial Coating Removal: Removes suitable epoxies, powder coatings, polyurethanes, industrial paints and other coatings from appropriate metal surfaces and components.

  • Controlled Coating Removal: Laser parameters can be adjusted to target suitable coatings and surface contaminants while minimising the effect on the underlying material. Where required, different layers can be assessed and tested before full-scale cleaning.

  • Surface Rust & Oxidation Removal: Removes surface rust and oxidation from suitable steel plates, raw material and machined components before storage, painting, coating or further processing.

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