A High-Power Infrared Heater That Just Fits Your Leybold Vacuum System
We built this infrared heater lamp to be a straight swap for the heating systems in your Leybold vacuum setup. The whole point? To give you the same heat and light as the original—without the original price tag. This isn’t a “good enough” compromise. It’s a true match for the engineering your vacuum process demands.
Power, Voltage, and Size—Plain and Simple
This lamp runs on 400V and cranks out 2500W of power, all packed into a 300mm tube. That power density is exactly what you need to get fast, intense heat transfer inside a tight vacuum chamber. And the 300mm length? It’s the standard size, so it drops right into your existing mounts and reflectors. No fiddling. No modifications. But here’s the thing: that kind of power hits hard. It gets the job done fast, but it also puts a real load on your system. You’ll want to make sure your cooling circuits are up to the task of handling the extra heat during long runs.
How It’s Built: Clean Heat, Easy Install
To get that clean, focused infrared output, we used a high-grade quartz envelope paired with a specialized halogen filament. This combo keeps the energy right where you need it—in the short-wave spectrum—so it matches how your materials absorb heat. The quartz is also coated to stay tough and keep performing, even under serious thermal stress. And when it comes to hooking it up? We went with an R7s connector. That means it plugs straight into your Leybold fixture. Wire it just like the old one. Same terminals, same mounting hardware. Seriously, it’s a straight swap.
The Payoff: Performance Without Paying for the Name
This lamp is built to take a beating inside a vacuum. The high heat density means faster cycle times and steady process temperatures. For you, that translates to fewer headaches, less downtime, and output you can count on. You get the same thermal performance and spectral quality as the big-name brand. But here, you’re paying for the heating power, not the logo on the side. It’s spec-for-spec, so you keep your machine running without blowing your parts budget.
The Reality Check—Let’s Be Straight
A 2500W short-wave lamp throws off serious heat. No two ways about it. Your power supply and cooling system have to be able to handle that continuous draw. If your system was originally designed for a lower-wattage component, do yourself a favor—check the thermal management capacity before you make the switch.
Bottom Line: It’s a Drop-In, Period
This lamp is purpose-built for vacuum heating, and it’s made to be a direct spare for Leybold systems. The real win? You get full performance parity at a better price. Same spectral purity, same thermal response—so your process keeps humming. And the R7s connector? That’s your guarantee it installs quickly and cleanly on the shop floor. Just remember: running a 2500W, 400V lamp is a heavy load. Make sure your power setup and cooling are rated for the extra heat. This isn’t an upgrade for an under-spec machine—it’s a direct replacement for a system already built for this level of power.