After spending time inside 3,000 printing plants, we built something that finally fits real life: a 380V UV lamp transformer system designed for the way modern factories actually run. This isn’t just a power supply. It’s the control hub for your UV curing—built to stay steady when the line is moving, and to keep your process consistent. Here’s the power part, in plain terms. It runs on 380V, the same voltage most industrial machines already use. So you can plug it in without ripping out your wiring or adding extra transformers. From there, it steps the power up to the high voltage needed to start and hold a strong UV arc. And it delivers that power cleanly—stable enough that the lamp hits the right output and stays there, even when your line speed changes. No flicker. No dips that leave ink undercured. Just a solid, repeatable burn. Now, the hardware. The lamp uses a quartz envelope because UV and intense heat are no joke. We also added a special coating to focus the output spectrum, so it targets the photoinitiators in today’s inks and coatings. The result? Faster, more complete curing. Then there’s the R7s connector. It gives you a direct, solid electrical connection that can handle the constant vibration of a press. And it’s designed as a drop-in replacement for most standard fittings, so swapping it out is quick and clean—no wrestling, no guesswork. On the floor, downtime is the real enemy. This 380V transformer and lamp combo is built for long runs. It puts out serious heat density, which means faster curing and the ability to push your line speed higher. But that power needs proper cooling. Make sure your plant has enough airflow—or water cooling—to keep the area around the lamp at the right temperature. When the cooling is right, the whole process becomes reliable: curing time drops, rejects go down, and the press keeps moving. That’s the thinking behind it. Match the electrical setup to the plant. Match the lamp design to the chemistry. And build the interface to survive the daily grind. For engineers, that translates into fewer burnouts, faster changeovers, and performance you can count on—shift after shift.