UV LED Lights for Screen Printing

Yes, UV LED lights are highly effective for screen printing. They emit UV energy at a specific wavelength — typically 395–405nm — that activates UV inks and coatings. Fannon Products' UV LED curing systems are purpose-built for screen printing, offering faster curing, lower energy use, and air-cooled designs that simplify integration into existing print lines.

UV LED lights are widely considered the best option for modern screen printing operations. They offer higher energy efficiency, longer lifespan, and more precise light targeting compared to traditional mercury vapor lamps. Fannon Products' systems focus UV energy directly at the substrate using an advanced LED reflector, ensuring thorough ink curing at speeds suited to commercial production.

UV LED is a type of UV light, but it outperforms traditional UV mercury lamps in nearly every metric. UV LED systems consume significantly less power, generate less heat, have no warm-up time, and last far longer. For screen printing, UV LED curing provides consistent 395–405nm output, faster line speeds, and simplified air-cooled operation with no hazardous mercury components.

Fannon Products' UV LED curing systems operate at a wavelength of 395–405nm. This range is optimized for curing UV-reactive inks and coatings used in screen printing and inkjet applications, ensuring reliable photopolymerization across a broad range of commercially available UV ink formulations.

Fannon Products offers UV LED curing modules in three standard sizes: 3-inch (80x40mm emitting window), 6-inch (160x40mm), and 9-inch (240x40mm). Each module delivers 16W/cm² power intensity and is available in 120V or 220-230V configurations, making them adaptable to a wide range of screen printing press setups and line speeds.

Yes. All Fannon UV LED curing systems feature an air-cooled design that eliminates the need for water cooling infrastructure, significantly simplifying installation. The modular sizes allow flexible integration into new or existing printing lines. Transport interlock support via 24 VDC or dry contact further streamlines automation compatibility, reducing maintenance complexity and downtime.