Introduction
Let’s talk about the 2026 UV lamp we built for engineers who need a heat source they can truly count on. The kind that keeps up when your supply chain is anything but predictable. We designed this lamp to be a workhorse—high output, heavy on the shortwave, and built to slot into your process quickly. It’s about steady performance, day after day, whether you’re curing or heating, without the drama.
Power, voltage, and size: the real-world details
This lamp runs on high voltage because that’s what it takes to hit the intensity needed for fast curing. The 400V rating means ignition is solid and the arc stays stable, even when your line runs hard. At 2500W, it brings real power to the job. It gets up to temperature fast, so you can cut down on dwell time and keep things moving. And it’s compact—300mm long, 10mm around. That small footprint makes it easy to fit into tight reflector spaces and retrofit existing fixtures without a full redesign. It drops straight into standard holders, so you can upgrade your output without reworking the whole machine.
What’s inside, and why it matters
Inside, you’ve got a high-pressure mercury-halogen fill that delivers intense shortwave output. The halogen cycle does a quiet, steady job of keeping the quartz envelope cleaner as it runs, which helps keep the output consistent over the lamp’s life. And the quartz tube? It handles the shock of repeated starts and the heat of long runs without blinking. The R7s bi-pin connector makes wiring and replacement straightforward. It clicks in fast, with solid contact alignment, so swapping a lamp doesn’t turn into a rewiring project. Less downtime. More uptime. Exactly what you need when every minute counts.
Built for speed—and the realities of a flexible line
This lamp was born for UV curing lines that have to pivot fast. It hits process temperature quickly, so changeovers get shorter and output stays consistent shift after shift. But here’s the honest part: it’s a 2500W lamp at 400V, so it packs serious heat. That means your fixture’s cooling—airflow, reflector design, and thermal management—needs to be matched to the lamp. Get that right, and you get repeatable performance that keeps your line agile, with fewer bottlenecks. For flexible supply chains, this is the kind of solution you can just drop in—high output, fast swaps, and performance you can set your watch to.