What laser cleaning is
Laser cleaning removes unwanted surface layers using short, controlled laser pulses. Instead of blasting the surface with media, the energy is tuned to break the bond of the contamination layer (rust, oxides, paint, carbon, oil residue) and lift it away—often with significantly less secondary cleanup.
It’s especially useful when you need selective removal and consistent outcomes across parts or assemblies.
Key benefits
- Non-abrasive: no grit, no media embedding, and reduced risk of rounding edges or altering fine detail.
- Precise: parameters can be adjusted to target a specific layer and stop at the substrate.
- Cleaner process: fewer consumables and less secondary waste than many traditional methods.
- Efficient prep: strong option for weld prep, bonding prep, and restoration work where control matters.
Typical use cases
- Rust and oxide removal from steel components
- Selective paint/coating removal (including spot repair areas)
- Weld prep and post-weld cleanup
- Mold, die, and tooling maintenance
- Surface restoration where detail and tolerances matter
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Typical workflow
- Assessment: substrate, contamination type, target finish, access, and constraints.
- Test pass: confirm selectivity and surface outcome on a small area.
- Production cleaning: controlled parameters and repeatable pass strategy.
- Verification: visual inspection and (when needed) documented settings/outcomes.
For process details and capability, see What we do.