Laser Cleaning 2026

Laser Cleaning Systems
No Chemicals, No Abrasives

Remove rust, paint, and contamination with minimal waste. Choose pulsed or CW systems based on surface and speed.

How Laser Cleaning Works

Laser energy is absorbed by contaminants, which vaporize without damaging the base material. This creates a clean surface with little waste.

Energy Absorption

Contaminants absorb more energy than the base.

Ablation

Rust/paint vaporizes instantly.

Clean Surface

Base metal remains intact.

Suitable Surfaces

Steel & Iron

Rust and oxide removal.

Aluminum

Surface prep without abrasion.

Molds & Tools

Precision cleaning.

Stone & Heritage

Gentle restoration.

Typical Applications

Rust Removal

Shipyards, construction, maintenance.

Paint/Coating Stripping

Automotive, aerospace.

Weld Prep/Clean

Improve weld quality.

Industrial Maintenance

Molds, rollers, fixtures.

Key Parameters (Typical Range)

Parameter	Typical Range
Laser Type	Pulsed / CW
Power Range	50–3000 W
Spot Size	0.5–5 mm
Cleaning Speed	0.5–15 m²/h
Cooling	Air or Water (by power)

Buying Guide

Select pulsed for delicate surfaces, CW for heavy rust.
Confirm power and spot size for target layer.
Check fume extraction and safety requirements.
Ask for a demo on your surface.

Frequently Asked Questions

Does it damage base metal?

When properly set, it removes only the contaminant layer.

Is it safer than sandblasting?

No media and less dust, but PPE and fume extraction are still required.

What maintenance is needed?

Clean lenses and keep the cooling system stable.

Get a Laser Cleaning Setup That Fits

Tell us your surface, contamination, and throughput. We will recommend the right system.

Factory-direct pricing with clear configuration options

Parameter guidance for your surfaces

Global shipping and WhatsApp support

Laser Cleaning Systems No Chemicals, No Abrasives