What materials and operating limits does the Flat nozzle with adjustable head and coolant holes, 1/4" LOC-LINE® system support (pressure, temperature, and durability)?

Flat nozzle with adjustable head and coolant holes, 1/4" LOC-LINE® system supports the following materials and operating limits: - Material: manufactured from durable acetal (polyoxymethylene), offering high dimensional stability, good chemical resistance, and long service life in industrial coolant applications. - Hole configurations: available with 16 or 20 holes in diameters of Ø 1.0 mm, Ø 1.5 mm, or Ø 1.9 mm for tailored coolant distribution. - Maximum working pressure: up to 3 bar (≈43.5 psi). - Maximum operating temperature: up to +76°C. - Durability: designed for sustained use in demanding workshop and production-line environments; acetal construction provides abrasion resistance and resistance to typical cutting fluids, ensuring reliable performance and extended nozzle life when used within stated pressure and temperature limits.

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.

Nozzle flat with adjustable head with holes for coolant, system 1/4″, LOC-LINE®

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Additional information

Nozzle flat with adjustable head with holes (16 or 20 holes) o diameter Ø 1 mm, Ø 1.5 mm or Ø 1.9 mm for hoses for coolant LOC-LINE® – system 1/4″. Material: acetal. Working pressure: up to 3 bar. Operating temperature: up to +76°C.

List of product variants

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

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Nozzle flat with adjustable head with holes (16 or 20 holes) o diameter Ø 1 mm, Ø 1.5 mm or Ø 1.9 mm for hoses for coolant LOC-LINE® – system 1/4″. Material: acetal. Working pressure: up to 3 bar. Operating temperature: up to +76°C.