Introduction
We built this infrared lamp to be a straight-up replacement for the Sidel Matrix blow molder. It’s designed to drop right in where the SMF heating module goes—one-to-one, no fuss. The whole point? You wire it in, and it just picks up where the original left off. Same heat, same performance, without making you recalibrate the entire heating zone.
The nitty-gritty
The Sidel Matrix doesn’t mess around—it needs heat delivered with precision, and it needs that temperature ramp to be consistent, run after run. So we matched the footprint and the power profile of the original lamp. That means you get the same energy hitting each millimeter of PET preform. And the 400V rating? That’s not a random number. It’s what the machine expects, so the current stays stable across the quartz tube and the heating profile stays steady—cycle after cycle.
What’s inside
Inside, you’ve got a shortwave infrared halogen element, tucked into a quartz tube. The halogen cycle keeps the filament stable even when it’s running hot, which helps prevent the output from drifting during long production stretches. The tube is coated to control the spectrum and to shield the element from the harsh conditions inside the heater block. And the R7s connector? It’s a direct match to the Sidel socket—no adapters, no rewiring. It snaps in fast, stays seated, and keeps the contact clean so you don’t get arcing or voltage drop at the joint.
On the floor, in real life
When it comes time to swap, this lamp installs like a true replacement. It gets up to temperature quickly, which keeps your PET blow molding line moving at the pace you need. And because the thermal profile lines up with the original, you won’t be chasing heater zone offsets every time you change a lamp. Here’s the reality check: a 400V, high-wattage lamp packs serious heat density. That means your machine’s cooling and airflow need to be in good shape to keep the area around the heater block from getting too hot. If the cooling is undersized, the lamp will still work—but the surrounding parts will feel the strain. We built this unit to handle the whole cycle: the fast heat-up, the long stretches of steady operation, and the repeated cool-downs. For you, that translates to fewer lamp swaps, parts that come out consistent, and uptime you don’t have to worry about—no drift messing with your day. When you need a replacement that acts like the OEM, this lamp is built to do the job.