UV Curing Lamps for Automotive Applications

Fannon Products UV LED curing systems operate at a 395–405nm wavelength range. This near-UV spectrum is highly effective for curing UV-reactive inks, paints, and coatings commonly used in automotive and printing applications. The 16W/cm² power intensity ensures thorough, fast curing even at higher line speeds, reducing energy consumption compared to conventional UV mercury lamp systems.

Fannon Products offers UV LED curing modules in three standard sizes: 3-inch (80x40mm emitting window), 6-inch (160x40mm), and 9-inch (240x40mm). These modular sizes allow integrators and end-users to select the configuration that best matches their substrate width and production line requirements, supporting both standalone installations and scalable multi-module setups.

Yes, all Fannon Products UV LED curing systems use an air-cooled design. This simplifies installation by eliminating the need for external water-cooling infrastructure, reduces maintenance requirements, and makes the systems well-suited for a wide range of automotive and industrial production environments where space and utility connections may be limited.

Fannon Products UV LED curing systems are available in 120V and 220–230V configurations. The 3-inch (540W) and 6-inch (1080W) models operate at 120 Volt, while the 9-inch (1620W) model runs on 220–230 Volt. This range of voltage options allows compatibility with standard North American and international facility power supplies.

Yes, Fannon Products UV LED curing systems are well-suited for paint curing processes in automotive facilities. The focused UV LED reflector system directs light precisely at the substrate, ensuring efficient and uniform curing of UV-activated automotive paints and coatings. The air-cooled design and modular sizing make these systems practical for integration into automotive production and refinishing lines.

Yes, all three UV LED curing system models include transport interlock capability, supporting both 24 VDC and dry contact configurations. This feature enables safe and synchronized operation with conveyor or transport systems, ensuring the UV lamp activates only when the substrate is in the correct curing position — reducing energy waste and improving process control.