Introduction
Here’s the thing: we built these shortwave infrared halogen lamps for one reason, and one reason only. To solve the headache of slow-drying ink on glass transfer lines. You know the problem. The glass comes out printed, but the ink is still wet. So when you stack it, the sheets stick together. It’s a mess. Our whole focus? Getting the ink surface dry in seconds. Like, literally seconds. So the glass goes from “don’t touch it” to “go ahead, stack it” almost instantly.
The Secret Isn’t Brute Force
Second-level drying isn’t about cranking up the heat. It’s about delivering the right amount of heat, at the exact right moment. That’s why our lamps run on high voltage, often around 400V. It lets us pack a ton of wattage into a short tube—something like 300mm long. The beauty of this is simple. It concentrates the infrared energy right where you need it: on the ink. The ink gets hot fast, but the whole sheet of glass doesn’t. And the short length? That’s a lifesaver on the floor. It means you can slide the dryer right into your existing line without having to redesign the whole thing.
Built to Last, Built to Fit
We use a quartz envelope for a reason. It handles the constant on-off cycling without breaking a sweat, so the output stays rock solid. Inside, the halogen element keeps the filament temperature steady. That means the infrared output stays consistent, even when the lamp is running for hours. And the R7s bi-pin connector? Not some random choice. It’s a standard for a reason. It means you can wire the lamp straight into what you already have. No messing around with new terminal blocks or proprietary bases. Just plug it in and get back to work.
The Payoff: No More Sticking
In transfer printing on glass, the slowdown is almost never the printer. It’s the drying. If the ink stays wet, the stacked sheets stick together. You get scrap. You get rework. It’s a frustrating, costly cycle. Our lamp dries the ink surface in seconds, so the glass is ready to handle and stack right away. Just one thing to keep in mind: that high heat density means your machine’s cooling and airflow need to be up to the task. Plan that out from the start, and you’ll have a line that runs faster, smoother, and without those frustrating stuck sheets.