Miller Filtair 11.8-inch Magnetic Slotted Suction Head

Maximize Safety and Convenience with the Miller Magnetic Slotted Nozzle

Breathing clean air is essential for a long and healthy career in welding, and the Miller 300669 Magnetic Slotted Nozzle is designed to make that easier than ever. If you are using a Miller Filtair 130 or 400 system, this accessory is a game-changer for your daily workflow. Standard nozzles can be clunky and hard to position, often slipping or requiring you to stop welding just to move the hose. This nozzle solves that problem with a powerful magnetic base that snaps securely onto your work table or the part itself, keeping the fume extraction exactly where you need it—right at the source.

The 11.8-inch width of this slotted nozzle is a massive benefit for welders working on longer joints. Instead of having to stop and scoot your fume extractor every few inches, the wide profile covers a larger area, letting you lay down longer beads without interruption. The slotted design creates a focused suction zone that pulls smoke and fumes away from your face without disturbing your shielding gas coverage, ensuring your weld quality remains high while your breathing zone stays clear. It’s the perfect balance of safety and performance.

Durability is key in any shop, and Miller has built this nozzle to last. It stands up to the heat and sparks of the job, and because it's so easy to move, you are more likely to actually use it properly. We all know that safety gear only works if it's used, and by making the setup hassle-free, this magnetic nozzle encourages better safety habits. Whether you are TIG welding stainless or MIG welding mild steel, keeping the fumes out of your helmet is critical.

Upgrade your Filtair setup today with the Miller 300669. It’s a simple attachment that makes a big difference in your shop environment. No more fiddling with clamps or propping up hoses with scrap metal—just click the magnet in place and get to work. Your lungs will thank you, and your productivity will stay high with less downtime spent adjusting equipment.