Cutting the Footprint on the Glass Line
We built this infrared drying unit because one thing kept coming up on the shop floor: screen-printed glass lines were running out of space. So we set out to shrink the footprint by 40%—without slowing down the cure. This isn’t just a heat lamp. It’s a purpose-built drying module that drops right into what you already have.
Power, Voltage, and Dimensions
It runs on 400V, which lets us pack a lot of infrared power into a small package. High voltage means high wattage in a short space—so you get the heat you need without a long, space-hogging tunnel. The lamp body is 300mm long, matching the shape of typical drying zones. That tight fit cuts out wasted clearance and keeps the whole machine layout cleaner.
Material, Coating, and Connector Choice
Inside, we use a halogen infrared source in a quartz envelope. Why? Because it heats up fast and stays steady, even when you’re turning it on and off again and again. A specialized coating shapes the heat spectrum, pushing energy right where the edge sealant absorbs it best—so you’re not wasting heat across the board. And the connector? R7s. It’s an industrial-grade electrical connection that holds up to line vibration. Installation is simple: align, seat, and lock.
Application and Engineering Payoff
In screen-printed glass work, the edge sealant has to cure quickly and evenly. This setup gives you a focused burst of high-intensity drying that hits the edge without scorching the surrounding print. Everything—emitter, mounting, wiring—comes as one pre-configured package. That means faster assembly and up to 40% less machine footprint. One thing to keep in mind: the power density is high, so you’ll need solid cooling and proper thermal isolation. Plan your airflow and guarding up front, and it’ll run smooth.