UV LED Resin Curing Lamps

Yes, LED lamps are highly effective for curing UV resin. UV LED systems emit targeted wavelengths — typically 395–405nm — that activate photoinitiators in UV-reactive resins and inks. Compared to traditional mercury UV lamps, LED systems offer longer service life, lower energy consumption, instant on/off capability, and reduced heat output, making them ideal for industrial curing processes.

No, they are not the same. UV nail lamps are low-power consumer devices designed for small-scale gel nail curing. Industrial UV resin curing lamps, like Fannon Products' UV LED systems, operate at significantly higher power intensities (up to 16W/cm²) and are engineered for high-throughput commercial and industrial applications such as screen printing, inkjet printing, and paint curing.

For industrial resin curing, you need a UV LED lamp operating in the 365–405nm wavelength range, which matches the absorption spectrum of most UV-reactive photoinitiators. Fannon Products' UV LED curing systems operate at 395–405nm, providing 16W/cm² of power intensity — sufficient for rapid, thorough curing of inks, resins, and coatings in commercial printing environments.

Fannon Products offers UV LED Curing Systems in three standard modular sizes: 3 inch (80x40mm emitting window, 540W), 6 inch (160x40mm emitting window, 1080W), and 9 inch (240x40mm emitting window, 1620W). This range allows integration into a variety of press widths and production line configurations to suit your specific curing needs.

Yes, all Fannon Products UV LED Curing Systems use an air-cooled design. This simplifies installation by eliminating the need for water cooling infrastructure, reduces maintenance requirements, and makes the systems easier to integrate into existing printing press setups or new standalone installations without significant facility modifications.

Fannon's UV LED Curing Systems are available in 120V configurations for the 3-inch and 6-inch models, and a 220–230V configuration for the 9-inch model. A transport interlock operating on 24 VDC or dry contact is standard across all models, enabling safe and synchronized integration with conveyor and press control systems.