Phaetus PS M6 Plated Copper Nozzle 0.6 mm - 1.75 mm - 1 pcs

  • SKU: 111050
  • GTIN: 6973090160241
  • HAN: 1100-09A-15-3
  • Category: Nozzle
  • Manufacturers:
The Phaetus PS M6 Plated Copper Nozzle 0.6 mm is ideal for precise 3D printing projects and compatible with 1.75 mm filaments. This high-quality copper nozzle ensures even heat conduction and durability, making it an excellent choice for demanding printing tasks.
19,00 €
Final price* , Free shipping
Description

Overview of the Phaetus PS M6 Plated Copper Nozzle

The Phaetus PS M6 Plated Copper Nozzle has been specially developed for 3D printers and offers excellent thermal conductivity and durability. This nozzle is ideal for use with a filament diameter of 1.75 mm and has an opening of 0.6 mm, which enables precise and clean extrusion.

Material and construction

The nozzle is made of high-quality coated copper, which not only conducts heat efficiently, but is also resistant to corrosion and wear. The special coating ensures that the material flows smoothly through the nozzle and minimizes the risk of blockages.

Optimization of the printing process

By using the Phaetus PS M6 Plated Copper Nozzle, you can increase the printing speed without compromising the print quality. The precisely manufactured opening ensures even filament feeding, resulting in finer details and an improved surface quality of your print objects.

Technical data

  • Nozzle type: Plated copper
  • Aperture: 0.6 mm
  • Filament diameter: 1.75 mm
  • Compatibility: M6 thread
  • Number of pieces: 1 nozzle
  • Thermal conductivity: High
  • Corrosion resistance: Yes
  • Wear resistance: High
  • Packaging: Safe and environmentally friendly
  • Color: Copper

Areas of application

  • 3D printing of highly detailed objects
  • Use in high-temperature printing environments
  • Ideal for PLA, ABS and PETG filaments
  • Professional modeling and prototyping
  • Spare part for 3D printers with M6 thread
  • Use in educational institutions and research
  • Production of art and design objects
  • Development of technical components
  • Experimental printing projects
  • Long-term printing tasks
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