UV Coatings, Primers & Sealers

UV curing system costs vary depending on module size, wattage, and configuration. Fannon Products offers three standard models ranging from 540W (3-inch module) to 1620W (9-inch module). Pricing is available upon request. Contact Fannon Products directly at sales@fannonir.com or call 810-794-2000 for a customized quote based on your specific application requirements.

All Fannon Products UV LED curing systems operate at a wavelength range of 395–405nm. This range is optimized for curing UV LED-sensitive inks, coatings, and adhesives used in screen printing, inkjet printing, and automotive paint applications, delivering consistent and efficient cure results across all supported substrates.

Fannon Products UV LED curing systems are available in three standard modular sizes: 3-inch (80 x 40mm emitting window, 540W), 6-inch (160 x 40mm, 1080W), and 9-inch (240 x 40mm, 1620W). All models deliver a power intensity of 16W/cm² and are air-cooled for simplified installation and operation.

Yes, all Fannon Products UV LED curing systems feature an air-cooled design. This eliminates the need for complex water-cooling infrastructure, simplifying installation and reducing maintenance requirements. Air cooling makes these systems practical for a wide range of printing press and industrial production line environments where ease of integration is critical.

Fannon Products UV LED curing systems are suited for the printing industry (screen printing and inkjet), automotive manufacturing (paint and coating curing), and plastics processing. Any operation that applies UV-sensitive inks, coatings, primers, or sealers can benefit from the energy efficiency and precision of UV LED curing technology.

UV LED curing systems are significantly more energy-efficient than traditional mercury arc lamp systems. They generate less heat, have longer operational lifespans, and allow for instant on/off operation with no warm-up time. Fannon Products UV LED systems also use a focused reflector design that directs UV light precisely at the substrate, reducing wasted energy and improving cure uniformity.