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Service 03

Strip industrial coatings.
Zero substrate change.

Powder coat, zinc, epoxy, galvanising and thermal spray coating removal — clean substrate delivered without dimensional change. Ready for inspection, re-coating or bonding.

Non-contact process Test patch first Melbourne-wide Fixed-price quote
Laser Coating Removal
The Process

How laser coating removal works

Laser coating removal uses high‑precision laser technology to remove industrial coatings, paint layers and surface treatments without damaging the underlying material. The laser energy breaks down the coating through a process known as laser ablation. Controlled layer removal means individual coatings can be targeted selectively — selective stripping capability that is not achievable with mechanical or chemical methods.

Laser coating removal is most commonly used on industrial components, fabricated metalwork and production parts including steel, stainless steel, aluminium and cast iron. It is well suited to batch processing of components ahead of production re-coating, where consistent surface condition and substrate integrity are required across multiple parts.

Removes powder coat, zinc, epoxy, galvanising
Substrate left dimensionally unchanged
Clean, profiled surface — ready for re-coating
Suitable for batch processing of components
Works on complex profiles and 3D geometries
No chemical strippers, no neutralisation required
Suitable Surfaces
Powder-coated steel components
Hot-dip galvanised fabrications
Epoxy and primer-coated parts
Thermal spray and metallised coatings
Anodised aluminium profiles
Industrial machinery housings
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Results

Before & After

Steel flange after laser coating removal — bare machined steel
Steel flange before laser coating removal — black powder coat
Before
After

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Common Questions

Questions about laser coating removal

Yes. The handheld laser head follows the geometry of the part. Inside radii, recesses and irregular profiles are all accessible. Parts with deep internal features may require more time, but can generally be treated without disassembly.
Yes — this is one of the key advantages over mechanical methods. Laser ablation removes the coating without removing base material, so dimensional tolerances are preserved. We can discuss specific tolerance requirements before quoting.
Yes. For industrial clients with recurring coating removal requirements, we offer volume pricing and scheduled batch work. Contact us to discuss your throughput requirements.
Yes. Laser ablation leaves a clean, dry surface with no chemical contamination. Adhesion testing typically shows improved bond strength vs mechanically stripped surfaces due to the microscale surface texture left by ablation.
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