We built these ozone-producing UV lamps for one reason: to keep pace with the speed of fully automated elliptical screen printers. The whole point is simple—cut that flash-cure window way down without hurting print quality. The result? Your line just moves faster. Power, voltage, and fit These lamps are built to be intense. We run them on 400V because that keeps the power steady, pushing a solid 2500W so the UV arc hits hard—exactly what you need for rapid ink curing. And the 300mm length? That wasn’t random. It lines up perfectly with the standard curing zone on elliptical machines, giving you full-width coverage with no wasted space. The footprint stays small, so you don’t have to rework the machine chassis. It just fits. Quartz, coating, and a dependable connection Inside, you’ve got a quartz envelope. It handles the thermal shock of rapid on-off cycling and lets that high-output UV energy through cleanly. The tube’s specialized coating is there to generate the ozone your curing chemistry needs. And the R7s connector? It’s standard for a reason: two solid contacts that handle high current reliably. You wire it up, and it stays put—even when the machine is vibrating. What it does for you—and the one thing to watch On the floor, the payoff is clear: cycle times shrink. The lamp’s high heat density shortens flash-cure time, so the printing cycle keeps moving. That means more output. But here’s the reality check. That 2500W throws off real heat. So your machine’s cooling system has to be up to the job, or the ambient temperature will climb. If your cooling is properly spec’d, you get a reliable, drop-in upgrade that simply pushes more prints per hour.