Rust removal
Corrosion and mill scale lifted off structural steel, tooling and equipment without grit or chemicals.
DetailsIndustrial laser cleaning contractors
Remove rust, paint and coatings without touching the metal underneath.
On-site and in-shop laser cleaning for steel, stainless and aluminum. Dry, abrasive-free and chemical-free, so there is no blast media or solvent to clean up afterward.
- Dry processNo blast media, no solvents, no wash-down
- On-site or in-shopWe bring the equipment to the work
- Test patch firstApprove the finish before the full job
- Written quotesScope, finish and exclusions in writing
What comes off. What stays.
Laser cleaning ablates the contaminant layer and leaves the part. Here is the work we take on most.
ContaminantTypically found onResult
Rust and corrosionStructural steel, tooling, frames, equipmentAblated off the surface. Base metal is left as found, not ground thin.
Paint and coatingsHulls, tanks, machinery, fixturesRemoved to bare substrate or to a sound primer, with a clean, controlled edge.
Mill scale and oxidePlate, weld joints, stainless, aluminumCleared before welding, coating or bonding so the next layer has something to hold.
Oil, residue and build-upMolds, dies, rollers, production linesVaporized in place. No solvent, no wash-down, no disassembly.
Services
One method, applied to the jobs where abrasives and chemicals cause more trouble than the contamination itself.
Paint and coating removal
Layered paint, primer and coatings stripped back to the substrate, with controlled edges for repainting.
Details
Weld prep and post-weld cleaning
Oxide and contamination cleared from joints before welding, discoloration and spatter cleared after.
Details
Tooling and mold cleaning
Residue and build-up removed from production tooling in place, with no disassembly and no abrasion of the cavity.
DetailsLaser against the alternatives
No method wins everywhere. This is how the common options typically compare for metal surface cleaning.
| Factor | Laser | Abrasive blasting | Dry ice | Chemical stripping |
|---|---|---|---|---|
| Consumables | None. Electricity only. | Grit or media, every job | Dry ice pellets | Chemical strippers |
| Secondary waste | Captured residue only | Spent media plus residue | Residue only | Spent chemical to dispose of |
| Effect on base metal | Low when tuned to the substrate | Abrasive. Can change the surface profile | Gentle | Can etch if misapplied |
| Heavy rust and coatings | Yes, slower on thick build-up | Fast on bulk | Often too gentle | Soak time and rinse |
| Selective, precise areas | Strong fit | Hard to mask | Moderate | Hard to contain |
General comparison. Results depend on substrate, coating and setup.
From first photo to finished surface
Scope
Send photos, the base material, what is on it and the finish you need. We confirm access, power and location.
Test patch
We run a small area on your part. You approve the finish before the full job is priced and scheduled.
Site and safety plan
Laser work needs a controlled area, eye protection and fume extraction. We plan it with you before we arrive.
Clean and inspect
We clean to the agreed finish and walk it with you. Bare metal re-oxidizes, so we flag how soon to coat.
Who we clean for
Industrial and commercial work where downtime, waste and surface damage all cost money.
Marine and shipyards
Hull plating, decks, anchor gear and fittings. Coatings come off to bare steel in dry dock or alongside, without blast media washing into the water.
Manufacturing and tooling
Molds, dies, rollers and production lines cleaned between runs, often in place, so the line stays down for hours instead of days.
Fabrication and welding
Surface prep before welding and cleanup after it, on plate, pipe and structural sections, to your weld procedure.
Automotive and fleet
Chassis, frames, brake and drivetrain components, and restoration work where grinding or blasting would remove too much.
When laser is the wrong tool
We would rather tell you before you pay for a job than after. These are the cases where we will point you elsewhere or change the plan.
- Line of sight only
- The beam cleans what it can see. Blind cavities and tight internal passages are better served another way.
- It cleans metal, it does not rebuild it
- Deep pitting stays pitted. We will tell you what the surface looks like once it is clean, before you commit.
- Very thick build-up over large areas
- Bulk stripping of heavy coatings across big surfaces can be faster by blasting. We will say so when that is the case.
- Hazardous coatings need containment
- Lead or chromate coatings are handled under containment and local disposal rules. Flag them early so we can plan it.
Questions we get first
Will laser cleaning damage the base metal?
Not when the parameters are set for the substrate. We run a test patch on your part first and agree the finish with you before the full job.
Can you work on-site?
Yes. On-site work depends on access, power and the safety controls we confirm at scoping. Smaller parts can also be cleaned in-shop.
What materials can you clean?
Mainly carbon steel, stainless steel, aluminum and cast iron. Masonry and stone are assessed case by case.
Is it safe to have laser cleaning running at my facility?
Industrial cleaning lasers are high-power. The work area is controlled, everyone in it wears the right eyewear, and fumes are extracted. We set this out in a site plan before we start.
What happens to the material that comes off?
It is vaporized or released as fine particulate, and captured by extraction and filtration. There is no spent blast media to sweep up. Hazardous coatings need extra containment, so tell us what is on the surface.
How is a job priced?
By scope: surface area, coating thickness, access and location. Send details and photos for a written quote.
Got a surface that needs to come clean?
Send the material, what is on it and a few photos. We will tell you if laser is the right method, and quote it.