See more at night
Removing the oxidized layer lets the lamp project usable light again instead of scattering it through haze.

Lens correction

Most modern headlights are polycarbonate, and sun exposure slowly turns them cloudy and yellow. Restoration removes that oxidized layer through progressive sanding and polishing, then seals the lens against UV—restoring clarity and night-time light output for far less than replacement lamps.
What this service is built to do
Removing the oxidized layer lets the lamp project usable light again instead of scattering it through haze.
Clear lenses read as a maintained car; yellowed ones age the whole vehicle.
When the lens is intact, restoring it costs a fraction of new lamp assemblies and creates no parts waste.
Read before choosing a package: Restoration addresses oxidation on the outside of the lens. Cracks, internal moisture, delamination, or failed internal coatings may still require replacement, and how long results last depends on sun exposure, storage, and care of the sealed surface.
A practical fit
From conversation to finish
The level of oxidation and any internal damage is evaluated first—restoration only helps damage on the outside of the lens.
The deteriorated outer layer is removed with controlled progressive sanding, then polished back to clarity.
A protective sealant goes on last to slow the sun damage that clouded the lens in the first place.
Before you book
It depends on sun exposure and care. The UV sealant applied at the end is what slows re-oxidation—an uncoated polished lens clouds again quickly.
If the lens is intact and the damage is surface oxidation, restoration is the faster and far cheaper route. Cracked lenses, internal moisture, or peeling internal coatings point to replacement instead.
It varies with how far gone the lenses are. Confirm the expected appointment length when booking.
Tell us what you drive
Share a few details. We will send the request securely and keep text, call, and online booking available as fallbacks.