Laser rust removal machine

Laser Rust Removal Machine for Steel, Metal and Heavy Corrosion

Strip rust, oxide and mill scale from steel and metal with a fiber laser — no grit, no chemicals, no media to dispose of. Match pulsed or continuous-wave power to your rust condition, and test your own part before you order.

LCW1500-3000W water-cooled laser rust removal machine
100–3000W
Power for light to heavy rust
0
Grit, media or chemical waste
5
Machine series to match the job
24/7
CW units built for duty cycles
Why move off grit and grinders

Sandblasting and hand tools make rust removal slow and messy

Traditional de-rusting fights you three ways at once — throughput, substrate damage and waste handling. Each one quietly raises the real cost per part.

Slow, manual labor

Wire wheels, flap discs and blasting tie up operators for hours and struggle to reach welds, edges and pitted areas evenly.

Damage to the base metal

Aggressive abrasives thin sheet metal, round off edges and roughen precision surfaces — turning rust removal into rework.

Grit, dust and disposal

Spent media, dust containment and chemical rust removers all carry storage, handling and disposal costs that keep climbing.

Close-up of a laser beam removing rust from a corroded metal surface
How it works

Pulses of light lift the rust, not the steel

A focused fiber-laser beam is absorbed by the rust and oxide layer. That layer heats and breaks away from the surface, while the reflective base metal absorbs far less energy — so the contaminant leaves and the substrate stays intact.

  1. Absorb

    The beam targets the rust, scale or oxide sitting on the surface.

  2. Release

    That layer vaporizes or flakes off and is captured by fume extraction.

  3. Stop at the metal

    The clean base metal reflects most of the energy, limiting impact on the substrate.

How clean and how fast depends on rust thickness, oxide type, base material, laser power, scanning width and operator settings — which is why we test your sample and report the measured result for your setup rather than quote a fixed speed.

Match power to the rust

Which laser suits your rust condition?

Light surface rust and fine parts favour pulsed control; heavy rust and mill scale need continuous-wave throughput. Use this as a starting point — we confirm it on your sample.

Operator using a pulsed fiber laser to strip rust from a metal part
High-power continuous-wave laser removing heavy rust from a steel surface

Light surface rust

Flash rust, thin oxide and corrosion on sheet metal or precision parts, where edge and detail control matter.

Pulsed — LC100-300W / LY100-500W

Heavy rust

Thick, layered rust on structural steel, plant equipment and large surfaces that need high removal throughput.

Continuous-wave — LCW1500-3000W / HW1000-3000W

Oxide & mill scale

Heat tint, weld scale and oxide on fabricated or pre-coated parts ahead of welding, bonding or painting.

Pulsed mid-power — LY100-500W

Marine corrosion

Salt-driven corrosion on hulls, offshore structures and coastal steelwork that demands sustained high power.

High-power CW — HW1000-3000W / LCW1500-3000W
Recommended machines

Three series cover most rust removal jobs

From a portable handheld unit for service work to a water-cooled high-power system for heavy industrial de-rusting — open a series for full specs and pricing guidance.

LC100-300W handheld laser rust removal machine
Rolling Handheld · Pulsed · 100–300W

Handheld Laser Cleaner

Portable pulsed units for light rust, precision parts and on-site service de-rusting.

LY100-500W pulsed laser machine for oxide and rust removal
Handheld Pulsed · 100–500W

Pulsed Laser Cleaner

Mid-power pulsed platform for oxide, mill scale and controlled rust removal on fabricated parts.

LCW1500-3000W high-power laser machine for heavy rust removal
Handheld Continuous-wave · 1000–3000W

High-Power Laser Cleaner

Water-cooled CW systems for heavy rust, mill scale and large steel surfaces at production volume.

On the surface

Rust removal, before and after

Representative results on heavily corroded steel. Actual finish depends on rust thickness, base material, laser power and scanning width.

Corroded steel surface during laser rust removal
During — corroded steel, mid-clean
Steel surface after laser rust removal
After — rust lifted, base metal exposed
Specifications

Laser rust removal machine specs

Cleaning rate is confirmed on your own sample, since it depends on rust thickness, oxide type, power, scanning width and surface condition. The platform parameters below are fixed by series.

ModelPowerLaser typeCoolingBest rust conditionSeries
LCB100-300W100–300WPulsedAir-cooledLight rust, on-site serviceHandheld
LC100-300W100–300WPulsedAir-cooledLight rust, precision partsHandheld
LY100-500W100–500WPulsedAir-cooledOxide & mill scalePulsed
LCW1500-3000W1500–3000WContinuous-waveWater-cooledHeavy rust, high throughputHigh-power
HW1000-3000W1000–3000WContinuous-waveWater-cooledMarine corrosion, steel structuresHigh-power
Water-cooled LCW1500-3000W continuous-wave laser rust removal machine
LY100-500W pulsed laser cleaner for oxide and rust removal
Where it removes rust

Built for the industries that fight corrosion

Specifications

Rust removal machine specifications

The platform parameters below are fixed by series; the cleaning result is confirmed on your sample, since rust removal depends on the variables that follow.

Platform
Laser typesPulsed fiber (LC / LCB / LY) and continuous-wave (LCW / HW)
Power range100W to 3000W across the range
CoolingAir-cooled (pulsed) or water-cooled (high-power CW)
ProcessDry — no grit, media or chemicals
Fume handlingCompatible with fume extraction
Configurable to your job
Fiber cable lengthconfigured to your reach
Cleaning head & scan widthadjustable to the surface
Power supplyconfigured to your mains
Weight classon request by series
Voltage & certificationconfigured per market

Items marked in italics are configured per order or confirmed on quote — we do not publish fixed figures that would not match your spec.

The honest answer

What determines your cleaning speed

There is no single rust-removal speed. The rate depends on how much rust there is and how the energy meets it. We report a measured figure for your steel rather than a catalogue number.

  • Rust thickness & type — flash rust clears far faster than thick, layered scale
  • Base material — steel, stainless and alloy absorb and reflect energy differently
  • Laser power — higher power lifts heavy rust faster on large areas
  • Scanning width & spot — wider scan covers area; tighter spot reaches detail
  • Number of passes — heavy build-up may need more than one pass
  • Surface condition — pitting, coatings over rust and contamination change the result
  • Operator setup — settings tuned to the job keep the rate consistent
How to assess your job
  • Material (e.g. carbon steel, stainless)
  • Rust condition & rough thickness
  • Surface area and weekly volume
  • Target cleanliness for the next step
  • Indoor or on-site / at height
  • A representative rusted sample

Send these with a sample and we report a measured rate for your material — no fixed catalogue figure.

More than a machine

What ships in the Cleaning-Ready package

A rust removal machine on its own is not a result. Every order ships Cleaning-Ready so your team moves from unboxing to de-rusting parts with fewer surprises.

The machine

Pulsed or CW unit matched to your rust condition and volume.

Cleaning head & cable

Head and fiber cable configured to your reach and detail.

Tuned rust parameters

Starting settings for your material from sample testing.

Safety guidance

Laser-safety practice, PPE guidance and enclosure advice.

Training videos

Operator ramp-up material so a new user gets productive.

Spares & ROI tool

Spare-parts list and the ROI calculator to model payback.

Starting points

Application parameter examples

Indicative starting points only. The right power and mode are confirmed on a sample of your own steel before purchase.

MaterialContaminantSuggested seriesMode
Carbon steelHeavy rust & mill scaleHigh-power CW — LCW / HWContinuous
Carbon / sheet steelLight surface rustPulsed — LC / LYPulsed, fine
StainlessOxide & light rustPulsed — LYPulsed, low pass
Marine / structural steelSalt corrosionHigh-power CW — HWContinuous
Pulsed laser stripping oxide and surface rust from a fabricated steel part

Starting points only — tuned per sample test. See the full range or model savings with the ROI calculator.

Safe operation

Safety & compliance

De-rusting with a high-power laser is safe when operated correctly. Here is what responsible operation involves.

Eye protection

Wavelength-rated laser goggles for everyone in the area.

Fume extraction

Capture and filter the fume and particulate the process lifts.

Enclosure / barriers

Screen the beam path; interlocks for fixed-station setups.

Operator training

Trained operators following a safe operating procedure.

Laser cleaning uses a high-power (Class 4) laser. Operators should follow laser-safety practice and local regulations; requirements vary by country, so confirm what applies where you operate.

Before you order

Laser rust removal questions, answered straight

How much power does it draw?
Power consumption scales with the rated laser power — a 100–300W portable unit draws far less than a 1000–3000W continuous-wave system. We provide the power-draw specification for your configuration so you can size your supply or a generator; we do not quote a single figure that would not match your machine.
How long is the fiber cable to the cleaning head?
The head is fiber-delivered and the cable length is configured to your reach — useful for awkward or elevated steelwork. Tell us the working distance you need and we set it on your quote.
Can it be integrated into an automated line?
Yes — the cleaning head can be hand-held for flexible work or mounted to a fixed station or robot for repeatable de-rusting. We help scope handheld versus fixed-head integration for your throughput.
Does a laser rust remover damage the base metal?
Energy is tuned to the rust and oxide layer, which absorbs it, while the clean base metal reflects most of the beam. A correctly set machine removes rust with limited impact on the substrate — though the result depends on rust thickness, material, laser power and operator settings, so we test your sample first.
How thick a layer of rust can it remove?
Light surface rust clears quickly at lower power; thick, layered rust and mill scale need continuous-wave power and may take more than one pass. We confirm the right power and number of passes on a representative part from your job.
Pulsed or continuous-wave for rust removal?
Pulsed systems (LC, LCB, LY) give finer control for light rust, oxide and precision parts. Continuous-wave systems (LCW, HW) deliver the throughput needed for heavy rust on steel structures and large surfaces. We match the series to your rust condition.
How fast does it remove rust?
Removal rate depends on rust thickness, oxide type, base material, laser power, scanning width and surface condition. Rather than quote a fixed figure, we run your material and report the measured rate for your setup.
Can I test it on my own rusted part first?
Yes. Send a representative sample and we clean it on the recommended machine, then share the result, settings and cycle data so you can decide with evidence. Start on the contact page.
Talk to a specialist

Send your rust removal requirement and get a factory-direct quote

Tell us your material, rust condition and weekly volume. We will recommend a series, offer sample testing, and send pricing — usually within one business day.