How the machine works
Most precision systems used for industrial cleaning are pulsed fiber lasers paired with a handpiece or scanner head. The laser delivers energy in short bursts; the surface interaction is tuned so the unwanted layer absorbs and releases while the substrate is preserved.
Key variables we tune (depending on material, layer, and target finish):
- Pulse energy and repetition rate: how the energy is delivered over time.
- Spot size and overlap: how tightly the energy is focused and how passes blend.
- Scan speed / dwell: how long energy stays on a given area.
- Pass strategy: number of passes and direction to achieve uniformity.
What we remove
- Rust, oxides, and corrosion products
- Paint and coatings (full removal or selective/spot removal)
- Carbon deposits and soot
- Oils, residues, and surface contamination (case-dependent)
Some coatings and substrates require a quick test pass to confirm selectivity and finish. We do that first—before committing to production work.
What you can expect from the surface
Laser cleaning is typically valued for control:
- Consistent, repeatable results when parameters are documented
- Minimal consumables compared with abrasive blasting
- Reduced need for secondary cleanup
- Strong option for surface preparation (weld prep, bonding prep, re-coating prep)
The final appearance depends on the substrate, layer thickness, and the process target (e.g., “clean to bare metal” vs “remove oxide only”).
Typical workflow (how we run jobs)
- Assessment: material, contamination, access, and acceptance criteria.
- Test pass: confirm settings, selectivity, and surface outcome.
- Production cleaning: controlled passes with consistent overlap and verification.
- Verification: final inspection and documented settings when required.
If you want an accurate quote, email material type, surface condition, dimensions/quantity, and photos: ubiclean.hellas@gmail.com.