Applications of Laser Cleaning

Non-abrasive, chemical-free surface restoration for demanding environments.

Laser Cleaning
Precision cleaning for real-world operations

Typical laser cleaning applications

  • Rust & corrosion removal on ferrous and non-ferrous metals
  • Paint, coating & powder-coat stripping without substrate damage
  • Oil, grease, soot & baked-on carbon removal
  • Weld preparation & post-weld oxide/heat tint removal
  • Oxide/scale removal prior to coating, bonding or NDT
  • Laser descaling for pipes, tanks & process lines
  • Surface activation to improve adhesion and wetting
  • Graffiti & environmental stain removal (stone, brick, concrete)
  • Precision cleaning of molds, tools, dies & production equipment
  • Heritage restoration: gentle contaminant removal, patina kept
  • Food-grade, medical & pharmaceutical equipment decontamination
  • Confined/hazardous area cleaning with minimal mess
Laser cleaning surface preparation
Laser cleaning demo
State-of-the-art solutions

Where laser cleaning adds the most value

Surface preparation
Corrosion & Oxide Removal

Rapidly remove rust and oxidation from metal substrates to extend asset life and cut maintenance downtime, without altering the base material.
Asset maintenance
Fire, Smoke & Soot Damage Restoration

Decontaminate surfaces after fire events by precisely lifting smoke staining and soot residues, restoring appearance and hygiene with minimal mess.

Tooling and molds
Coating & Paint Removal

Strip paints and hazardous coatings quickly while protecting the substrate—ideal for sensitive metals, detailed parts, and heritage surfaces.

Built environment
NDT Surface Preparation

Create clean, oxide-free surfaces for accurate inspection and defect detection, ensuring repeatable NDT (Non-Destructive Testing) results without affecting structural integrity.

Food and pharma
Grease & Grime Removal

Eliminate oil, grease, and embedded grime with a dry, chemical-free process—perfect for industrial environments and food/med-grade equipment.

Confined and hazardous
Weld Preparation

Revolutionise weld quality by removing mill scale, oxides, and contaminants prior to joining—stronger, cleaner welds with no abrasive profiling.
Confined and hazardous
Turbine & Generator Cleaning

Clean turbines, generators, and rotating equipment in place—no disassembly required—reducing maintenance time and improving operational efficiency.

Confined and hazardous
Hazardous Coating Remediation

Safely remove lead-based and other hazardous coatings without introducing secondary waste, supporting stringent environmental compliance.

Confined and hazardous
Limited Access

Excel in confined or hard-to-reach locations where traditional methods struggle; lasers deliver precise cleaning without water, media, or dismantling.

Reduce costs, downtime and risk with advanced laser cleaning.
Materials we clean

Compatible substrates

  • Mild steel, stainless steel, aluminium, copper & brass
  • Cast iron and alloy steels
  • Stone, brick, concrete & terrazzo
  • Selected composites and coated surfaces (assessed case-by-case)
Why laser cleaning

Key benefits

Non-abrasive

Removes the contaminant only—protects base material and tolerances.

Zero media, zero chemicals

Less waste, simpler logistics and improved environmental compliance.

Safer worksites

Minimal airborne dust and lower operator exposure compared to blasting.

Portable & precise

Rapid deployment to confined areas with pinpoint control.

How it works

Our assessment & delivery process

01
Scope & Feasibility

Material, contamination and access reviewed. Sample testing available.

02
Method & Safety

Laser parameters, extraction and controls documented in SWMS/JSA.

03
Mobilise & Execute

Portable systems deployed on-site—minimal disruption and clean-up.

04
Validate & Report

Results verified for coatings/NDT as required, with before/after evidence.

Frequently asked questions

Everything about industrial laser cleaning.

Need specifics for your site or asset? Request a tailored assessment.

Quick tip
Laser cleaning targets contamination, not the base metal—ideal for precision parts and heritage surfaces.
No media or chemicals, minimal clean-up and no risk of grit embedment or substrate profiling—while achieving precise, repeatable results.
Yes—portable systems, low mess and targeted extraction allow work with minimal disruption.
SWMS/JSA, risk controls and completion reports with before/after evidence; coatings/NDT verification on request.
Based on area/complexity, contamination type, access and productivity. We can provide fixed quotes or day-rate support for ongoing works.