Close-up of a handheld laser cleaning head removing rust from a metal turbine blade in a dark workshop
INDUSTRIAL LASER CLEANING

Industrial laser cleaning, stripped down to the specifics

WHAT WE CLEAN

Why sandblasting might not cut it

Turbines and power generation equipment pick up tough coatings and corrosion that abrasives just push around.

Turbine blade being precisely cleaned by a laser beam in an industrial setting

Turbine blades

Remove built-up deposits and corrosion without affecting the underlying metal surface.

Technician using laser to clean turbine blade in bright industrial facility

Power generation equipment

Strip old coatings from housings and components before inspection or repair work begins.

Laser beam removing rust from a metal surface in an industrial setting

Rust and oxide layer removal

Clear corrosion layers cleanly, leaving a surface that's ready for coating or welding.

Laser beam precisely removing paint from metal part in an industrial setting

Coating and paint stripping

Remove old paint, epoxy, and protective finishes down to the base material with precision.

Laser cleaning greasy residue from metal surface in an industrial setting

Oil and grease residue

Eliminate caked-on oils and lubricants from metal surfaces without chemicals or solvents.

Technician using a laser to clean welds on an I-beam structure outdoors.

Weld prep and cleanup

Clean joint areas before welding and remove discoloration or residue after the job.

NO CHEMICALS

No waste, no abrasives, no damage to the part

Laser cleaning strips rust and coatings without blasting media, so you skip the mess and the cleanup bill.

Close-up of laser cleaning a steel surface

No blast media

Sand, soda, and dry ice leave piles of debris. A laser leaves nothing behind but the surface you wanted.

No base metal loss

Abrasive blasting eats into the part. Laser ablation targets the contaminant, so your turbine blades keep their dimensions.

KEEP THE BASE METAL

Laser cleaning that leaves the part intact

No grit, no chemistry, no collateral damage. Laser cleaning removes the contamination and leaves the substrate ready for whatever is next.

Technician using laser scanner to clean corrosion off a steel turbine component in a workshop

Substrate preservation

Laser ablation removes contamination without cutting into the base metal underneath. Blasting media is aggressive; focused light is not.

NDT testing support

A clean, dry surface is ready for ultrasonic or eddy current inspection immediately. No drying time, no chemical residue that could skew a reading.

WHAT WE CLEAN

Laser cleaning for power generation gear

From turbine components to antique furniture, we handle the materials others struggle with. No chemicals, no media, no guesswork.

Turbine blades and casings

Remove oxide layers, coatings, and buildup without damaging the base metal. Ready for inspection or repair.

Generator components

Clean rotors, stators, and housings to bare metal, safely. Precision stripping for critical power equipment.

Antique furniture finishes

Strip old varnish and paint from heirloom pieces with laser precision. No harsh chemicals, no gouged wood.

Steel, iron, and alloys

Remove rust, paint, and mill scale from structural metal and fabricated parts. Clean surfaces for welding or coating.

Molds and tooling

Clean production molds and dies without wearing down tolerances. Keep tooling in spec between runs.

Maintenance and rework

Prep surfaces for recoating, bonding, or inspection. Laser cleaning saves parts scheduled for replacement.

FAQ

Laser cleaning questions, answered straight

Got questions about laser vs. sandblasting? Find quick answers below.

Industrial laser cleaning system removing rust from a steel surface in a workshop

We'll quote it straight.

Send us the material type and approximate size. We'll come back with a clear price for your Byron job.