Introduction
We built this infrared lamp to slide right into your Sidel Matrix blow molding machine. The whole idea? Make your heating profile match the original—without the headache of re-tuning the entire oven. Plug it in, and your machine runs like it just rolled off the line.
Getting Into the Details
Sidel Matrix ovens are picky. They need heat that’s precise and quick to respond. So we matched the original power and voltage to nail that balance. That way, the watt density stays consistent across all the heating zones, and your resin gets the same ramp-up and hold it’s used to. And the shape? It’s everything. We duplicated the exact tube length and diameter so the lamp settles into the reflector just as the machine was designed. Because if the footprint is off by even a few millimeters, you get hot spots or weak spots. That means a wonky parison, and you’re left chasing scrap.
What It’s Made Of
We built the tube from quartz that can handle intense heat and the constant shock of heating up and cooling down. Inside, a halogen filament pumps out shortwave infrared, which hits the preform surface fast and hard. The reflective coating on the tube keeps that energy focused forward, so you don’t end up baking the machine frame and wiring. The connector is the standard R7s—the one this job calls for. It handles the high current and locks in with the right amount of pressure. The result is a solid, vibration-proof connection that can take the constant jolts of the shop floor. No adapters. No messing around.
What It Means for Your Line
On the line, this setup gives you heating you can count on, with hardly any drift. The lamp fires up fast, holds steady, and responds cleanly when you change zones. That means fewer stops to re-balance temperatures and a lot less scrap from bottles that miss the mark. Let’s be real, though—a high-wattage infrared lamp throws off serious heat. So your cooling airflow and thermal management need to be in good shape. If the oven runs too hot, the lamp won’t last as long. Keep the airflow where it should be, and you’ll get a predictable lifespan out of it. This is a true drop-in replacement. Match the voltage, match the wattage, and match the length. You keep the original temperature curve. No re-engineering. Just uptime.