Why Getting That Second-Level Surface Drying Right Means Getting the Heat Right
Here’s the thing about decorating glass bottles: you can’t just print and stack. You need the ink to harden—fast. Like, seconds fast. Otherwise, you get smears and transfer marks, and the whole line backs up. So we built an infrared dryer that does exactly that. It’s all about hitting the ink with intense, controllable heat—without turning the rest of your machine into a sauna.
The heat you need, in a space you actually have
We’re talking serious power in a small footprint. The lamp runs at 400V and delivers 2500W, all packed into a 300mm length. That gives you a tight, focused heating zone—exactly what you need to flash-dry ink and keep bottles moving. And the best part? It’s compact enough to drop right into your print-and-dry station. No major redesign. No headaches. Just plug it in and get on with the job.
Built to stay steady when the heat is on
Inside, the tube is halogen-filled. That keeps the filament stable even when it’s running hot, so the output stays consistent shift after shift. No dips, no surprises. The tube itself is quartz, because it can handle the shock of rapid on/off cycles without cracking. Turn it on, turn it off—it keeps coming back for more. Plus, the coating on the tube is tuned to push energy right where glass inks absorb it most. Less wasted heat. Faster surface cure.
Installation that doesn’t feel like a project
Mounting is simple. The lamp uses an R7s base, which slides straight into standard ceramic holders. If you ever need a replacement, you can swap it out in minutes—no tools, no drama. If your line uses different fixtures, we can spec the same tube with an SK15 connector instead, so it matches what you already have wired up.
Real-world performance—and the one thing to keep in mind
On a glass decoration line, this setup dries the ink fast enough to stop transfer between bottles. The heat concentrates on the ink, while the glass stays within a manageable temperature range. Now, a heads-up: 2500W in a 300mm tube is serious. Your machine needs proper cooling—airflow and heat shielding—to keep everything running safely. If you’ve got that covered, you get a reliable, compact drying step that keeps your line moving without the stack-up delays.