Made to order. Lead time approximately 40 business days.

Many modern headlights aren't held together simply by screws or joints, but are sealed with very strong hot-melt glues (often butyl). The oven serves to uniformly heat the headlight to soften this sealant, allowing the polycarbonate lens to be separated from the headlight body without damaging the plastic or breaking the joints.

Why use a dedicated oven?

The main advantage over "do-it-yourself" methods (such as using hair dryers or heat guns) is control.

Even heating: A special oven heats the headlight completely and evenly. A heat gun risks creating "hot spots" that can warp the polycarbonate or burn the seals.

Why buy a specific oven?

The main goal is to soften the sealant (butyl or permaseal) without dissolving the polycarbonate or body plastic.

Reseal: The oven is also essential for sealing; it heats the new sealant so that, by pressing the two parts together, a hermetic seal equal to the factory one is obtained, avoiding future condensation.

Material safety: The polycarbonate used in headlights is sensitive to thermal shock. A professional oven allows you to set precise temperatures, avoiding exceeding the critical threshold beyond which the plastic becomes cloudy or deformed.

Efficiency and repeatability: If you work on multiple headlights, the oven allows you to have a standardized process. You get consistent results every time, drastically reducing the risk of accidental breakages.

Ease of use: Once the correct temperature is reached, the sealant becomes almost like butter, making disassembly smooth and quick.