LED UV Curing Systems — Portable & Handheld

UV LED component and system costs depend on wavelength, emitting area, and power intensity. Fannon Products' UV LED curing systems operate at 395–405nm with 16W/cm² intensity. Because pricing is tailored to the specific module size and voltage configuration (120V or 220-230V), we recommend contacting us directly for accurate, application-specific pricing.

UV curing machine costs range widely based on curing width, wattage, and technology type. Fannon Products offers three modular UV LED curing systems — 540W (3"), 1080W (6"), and 1620W (9") — all priced on request. These air-cooled, American-made systems are designed for printing presses and industrial applications. Request a quote to receive detailed pricing information.

All Fannon Products UV LED curing systems operate at a wavelength range of 395–405nm. This near-UV spectrum is optimized for efficient curing of UV LED-compatible inks, coatings, and adhesives used in screen printing, inkjet printing, and paint curing applications, ensuring consistent and thorough curing across all substrate types.

Fannon Products offers UV LED curing systems in three standard modular sizes: 3-inch (80x40mm emitting window, 540W), 6-inch (160x40mm, 1080W), and 9-inch (240x40mm, 1620W). All modules deliver 16W/cm² power intensity and are air-cooled for simplified installation. Both 120V and 220-230V voltage configurations are available to suit different facility requirements.

Yes. Fannon Products' UV LED curing systems are designed for standalone or new installation setups and integrate with printing press lines via a 24 VDC or dry contact transport interlock. Their modular sizing (3", 6", 9") and air-cooled design simplify retrofitting onto existing screen printing or inkjet printing equipment without complex infrastructure changes.

LED UV curing systems are widely used in commercial and industrial printing (screen printing and inkjet), automotive paint and coating curing, and general manufacturing. Fannon Products' systems are trusted by major industry players including Heidelberg, HP, and M&R, serving operations that require fast, energy-efficient, and precise UV curing across various substrates and production volumes.