The Loc-Line Tapered Oval Nozzle delivers focused suction for efficient dust and debris collection. Designed for the 2.5in Loc-Line modular vacuum hose system, it features a tapered oval opening that boosts vacuum performance near the workpiece. Made from durable acetal copolymer, it resists chemicals and withstands temperatures up to 77°C. Ideal for CNC machining, woodworking, and cleanup zones, this nozzle snaps in easily for quick, tool-free installation.
The Loc-Line Tapered Oval Nozzle delivers focused suction for efficient dust and debris collection. Designed for the 2.5in Loc-Line modular vacuum hose system, it features a tapered oval opening that boosts vacuum performance near the workpiece. Made from durable acetal copolymer, it resists chemicals and withstands temperatures up to 77°C. Ideal for CNC machining, woodworking, and cleanup zones, this nozzle snaps in easily for quick, tool-free installation.
Features & Benefits:
•Colour: Orange
•Fits 2.5in Loc-Line vacuum hose segments
•Material: Acetal copolymer is corrosion and chemical-resistant
•Compatible media: Acetone, alcohol, dish detergents, gasoline, oils, sodium hydroxide, and more
•Temperature rating: Up to 77°C
•Modular flexibility: Segments snap together or apart to create custom hose lengths
•Durable and reusable: Resists wear, chemicals, and water exposure
•Quick installation: Ideal for dust collection, vacuum systems, and fume extraction
•No cutting tools needed: Easily reconfigurable without special equipment
7 In Stock
Need more than the quantity shown, get in touch with us to check the lead time
The Loc-Line Tapered Oval Nozzle delivers focused suction for efficient dust and debris collection. Designed for the 2.5in Loc-Line modular vacuum hose system, it features a tapered oval opening that boosts vacuum performance near the workpiece. Made from durable acetal copolymer, it resists chemicals and withstands temperatures up to 77°C. Ideal for CNC machining, woodworking, and cleanup zones, this nozzle snaps in easily for quick, tool-free installation.