Flat nozzle with adjustable head and coolant holes, 1/4″ LOC-LINE® system

Q: How do I adjust and position the Flat nozzle with adjustable head and coolant holes, 1/4" LOC-LINE® system to achieve the most precise coolant targeting?

To achieve the most precise coolant targeting with the Flat nozzle with adjustable head and coolant holes, 1/4" LOC-LINE® system, follow these steps: 1. Choose hole pattern and diameter: select 16 or 20 holes and the hole size (Ø 1 mm, Ø 1.5 mm, Ø 1.9 mm) based on required flow and droplet fineness—smaller holes give finer, more focused streams; larger holes deliver higher volume. 2. Mount securely: attach the nozzle into the 1/4" LOC-LINE® tubing ensuring a tight fit so the nozzle holds position under up to 3 bar pressure. 3. Rough aim: position the flat face toward the work area so the spread covers the cutting zone. The flat profile distributes coolant broadly; use the smaller-hole options to concentrate the impact zone. 4. Fine adjust with the adjustable head: rotate and tilt the adjustable head incrementally to steer the coolant jets precisely onto the tool/workpiece contact point. Small angle changes produce noticeable shifts—make micro-adjustments while running a short test cut. 5. Balance distance and angle: place the nozzle close enough for focused cooling but far enough to avoid disturbing chips—typically a few millimetres to a couple of centimetres depending on operation. Closer gives more intensity; farther yields wider coverage. 6. Validate under operating conditions: test at working pressure (up to 3 bar) and operating temperature (up to +76°C) to confirm the spray pattern and tool cooling. Adjust as needed during real cuts to optimize chip evacuation and tool life. 7. Lock position for production: once optimal targeting is found, secure the LOC-LINE® segments to prevent drift and ensure repeatable coolant delivery throughout production. Using these steps with the Flat nozzle with adjustable head and coolant holes, 1/4" LOC-LINE® system will maximize cooling precision, improve machining accuracy, and extend tool life.

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Additional information

The flat nozzle with adjustable head is designed for precise and efficient coolant distribution in the LOC-LINE® 1/4″ system, offering configurations with 16 or 20 holes in diameters of Ø 1 mm, Ø 1.5 mm, or Ø 1.9 mm. Manufactured from durable acetal, it ensures long-lasting performance even in demanding industrial environments. With a working pressure capacity of up to 3 bar and an operating temperature resistance of up to +76°C, this nozzle guarantees reliable operation under intensive conditions. Its adjustable head allows for flexible positioning, enabling targeted coolant flow exactly where it is needed, improving machining accuracy and tool life. Ideal for workshops and production lines seeking efficiency, precision, and durability, this nozzle is a practical solution that enhances cooling performance while reducing downtime.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
LL-49449	Flat nozzle with holes 16x1 mm (1/4" system)	-	3	In stock	Enquiry
LL-49450	Flat nozzle with holes 16x1.5 mm (1/4" system)	-	3	In stock	Enquiry
LL-49455	Flat nozzle with holes 20x1.9 mm (1/4" system)	-	3	In stock	Enquiry

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The flat nozzle with adjustable head is designed for precise and efficient coolant distribution in the LOC-LINE® 1/4″ system, offering configurations with 16 or 20 holes in diameters of Ø 1 mm, Ø 1.5 mm, or Ø 1.9 mm. Manufactured from durable acetal, it ensures long-lasting performance even in demanding industrial environments. With a working pressure capacity of up to 3 bar and an operating temperature resistance of up to +76°C, this nozzle guarantees reliable operation under intensive conditions. Its adjustable head allows for flexible positioning, enabling targeted coolant flow exactly where it is needed, improving machining accuracy and tool life. Ideal for workshops and production lines seeking efficiency, precision, and durability, this nozzle is a practical solution that enhances cooling performance while reducing downtime.