Service 04

Laser Coating & Layer Removal

Controlled paint, powder coat, and anodising removal from metal substrates. No abrasive media. No chemical stripping. Clean substrate left ready for re-coating or inspection.

Layer-selective Substrate-safe No chemicals Test patch first
Paint coating before and after laser removal
Applications

What we remove

Paint

Paint and epoxy removal

Full stripping or selective layer removal from steel, aluminium, and other metals. Strip one coat while leaving the next intact — impossible with abrasive methods.

Powder Coat

Powder coat removal

Remove powder coat from metal components before reworking, re-coating, or repair. Clean substrate with no abrasive profile loss.

Anodising

Anodising and surface treatment removal

Remove anodised layers from aluminium components before rework or re-anodising. Controlled removal without damaging the base aluminium.

The Process

Controlled layer removal — strip only what you need

Laser energy parameters can be tuned to remove specific layers while leaving others intact. This is the key capability that separates laser coating removal from abrasive or chemical stripping — you can remove one coat of paint without disturbing the primer, or remove a failed powder coat without altering the base metal profile.

Every job includes a test patch to confirm the correct parameters before full treatment. Mobile equipment operates on-site — no component transport required.

Layer-selective — strip individual coats without disturbing adjacent layers
Paint and epoxy removal from steel, aluminium, and mixed metals
Powder coat removal before rework or repair
Anodising removal from aluminium without base metal damage
No abrasive profile loss — substrate dimensions preserved
Mobile service — no component transport required
Process Characteristics
Layer-selective — remove specific coats while preserving others
Substrate-safe — base metal profile unaffected by the process
No chemicals — no stripping agents, no liquid waste to manage
Works on complex geometries where blasting is impractical
Ready to go?
Get a fixed-price quote
Describe your coating and substrate. We'll respond within one business day.
Request a Quote
Results

Before & After

Controlled paint removal — coating stripped, substrate intact and ready for re-coating.

Metal surface with paint coating before laser removal
Before Paint coating on metal substrate
Clean metal substrate after laser paint removal
After Clean substrate — no abrasive damage, ready for re-coating
Common Questions

Questions about laser coating removal

Yes. Pulse energy is calibrated to the coating type and thickness. The coating absorbs the laser energy and is removed; the metal substrate is unaffected. A test patch is completed first to confirm parameters. We regularly strip paint from heritage ironwork, architectural metalwork, and structural components without any substrate damage.
For complex geometries, tight access areas, and selective stripping applications, laser is typically faster. For large flat steel areas, abrasive blasting may be faster for bulk removal — we'll advise based on your specific application.
Yes. Aluminium is well-suited to laser coating removal. Pulse parameters are set below the ablation threshold of the aluminium so only the coating is removed. This is particularly useful for rework and repair applications where re-anodising or re-coating is required.
Other Services

More laser cleaning services

See Also

Detailed guides for specific applications within this service category:

Paint Removal → Coating Removal →
Get Started

Ready for a precise result?

Tell us about your coating and substrate. We'll quote, schedule, and deliver — test patch first, every time.