90° Angled Round Nozzle with a Diameter of 9.5 mm (3/8") | 1/2" System – DM 48018-12

Features and applications:

• 90° angled round nozzle with an outlet diameter of 9.5 mm, a length of 37.7 mm and a bend angle of 90°.
• The coolant hose with nozzle allows the coolant stream to be directed precisely to the required area, making coolant delivery quicker and easier.
• Suitable for use with compressed air or liquids.
• Assembly pliers for the 1/2" system can be used to create a customised segmented hose.
• Components for the 1/2" system:
  • segments,
  • valves,
  • hoses,
  • nozzles.

Technical specifications:

Features and applications:

Coolant systems are modular systems for supplying coolant, air or other media to the machining area. Their main advantages include:

✅ Flexibility and easy adjustment

• The coolant flow direction can be quickly adjusted to the required position.
• The length and shape can be easily adjusted by adding or removing segments.

✅ Easy assembly and disassembly

• Snap-fit systems allow components to be quickly assembled and replaced using pliers.
• The system can be easily expanded with additional nozzles or valves.

✅ More effective cooling

• Precise delivery of coolant directly to the cutting area.
• Reduction of coolant loss, resulting in cost savings and more efficient machining.

✅ Resistance to oils and chemicals

• Made of material resistant to most coolants, lubricants and industrial chemicals.
• Corrosion-resistant and suitable for long-term use in demanding workshop conditions.

✅ Safety and stability

• No risk of electrical conductivity, unlike metal coolant tubes.
• The system is resistant to vibration and remains in position during machine operation.

✅ Versatility

• Suitable for various types of machine tools, including lathes, milling machines, grinders and other machines.
• Available in various diameters and with different accessories, such as valves, manifolds and nozzles. Our coolant systems are compatible with the Loc-Line system and can be used interchangeably.