I.C.T-U2 Glue Conformal UV Curing Oven

Yes, the U2 is designed to cure UV-sensitive materials, including conformal coatings, UV glue, UV ink, and UV paint. In home labs, office workshops, or multi-device SMT production lines, it enables instant solidification after injection or printing processes. Operators should configure UV wavelength, exposure time, and conveyor speed based on PCB size and material type to achieve uniform curing, strong adhesion, and consistent surface quality across high-mix production runs.

Yes, it uses a stainless steel chain conveyor with adjustable width and speed. This provides smooth, vibration-free transport for various PCB sizes and shapes. For multi-device SMT lines, operators should calibrate chain tension, align boards properly, and synchronize conveyor speed with UV exposure time to prevent misalignment, maintain uniform coating, and reduce defects.

Yes, the UVA lamps have a lifespan of 1,000–1,200 hours. For office-scale or industrial SMT production, this ensures consistent curing over long operating periods. Operators should monitor intensity, clean lamps periodically, and replace them as recommended to maintain uniform energy output and optimal curing quality, reducing rework on high-value PCBs.

Yes, it uses high-quality imported UVA lamps, with optional LED sources and customizable power and intensity. For multi-device or high-mix SMT lines, this allows precise adjustment for various coatings, PCB materials, and thicknesses. Operators should fine-tune lamp distance, height, and exposure time to ensure consistent curing, maximize adhesion, and prevent under- or over-curing across different production batches.

Yes, it offers accurate stop positioning, independent cooling zones, electric-lifting UV lights, and adjustable entrance/exit heights. These features maintain low PCB temperature, improve throughput, and ensure flexible operation for different board sizes. Operators should leverage these adjustments for multi-device or high-volume SMT lines to optimize line efficiency, reduce thermal stress, and achieve consistent conformal coating quality.

Yes, power and intensity are controlled by adjusting lamp height and distance relative to the PCB. For home labs, office, or multi-device SMT production, this enables precise curing for different UV-sensitive materials. Operators should combine lamp adjustments with conveyor speed and exposure settings to achieve uniform coating, maximize adhesion, and maintain high-quality PCBs across varying production requirements.