Phaetus PS M6 Plated Copper Nozzle 0.4 mm - 1.75 mm - 1 pcs

  • SKU: 111013
  • GTIN: 6973090160227
  • HAN: 1100-07A-15-3
  • Category: Nozzle
  • Manufacturers:
The Phaetus PS M6 Plated Copper Nozzle 0.4 mm for 1.75 mm filament offers outstanding thermal conductivity and durability, ideal for demanding 3D printing projects. This nozzle is characterized by its precise manufacturing of copper with coating, resulting in improved extrusion consistency and reduced wear.
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 precise extrusion thanks to its 0.4 mm nozzle. Made of coated copper, this nozzle model ensures excellent thermal conductivity and durability.

Design and material properties

The copper coating of the Phaetus PS M6 Nozzle not only ensures efficient heat transfer, but also increased wear resistance. This makes the nozzle ideal for use with abrasive filaments. The smooth surface also improves the material flow and minimizes the risk of blockages.

Optimization of the print quality

The use of the Phaetus PS M6 Plated Copper Nozzle significantly improves print quality. The precise production of the 0.4 mm nozzle enables excellent attention to detail in your printing projects, which is particularly advantageous for fine structures and complex models.

Technical data

  • Nozzle diameter: 0.4 mm
  • Filament diameter: 1.75 mm
  • Material: Coated copper
  • Compatibility: M6 thread
  • Quantity: 1 nozzle per pack
  • Color: Copper
  • Maximum operating temperature: 500°C
  • Optimized for high temperature pressure
  • Increased wear resistance
  • Easy installation

Areas of application

  • 3D printing with high-temperature materials
  • Use in prototype development
  • Ideal for detailed models and fine structures
  • Use in educational institutions and research
  • Production of art and design objects
  • Production of spare parts and small series
  • Development of technical components
  • Use in the hobby and model making industry
  • Optimization of printing processes in small companies
  • Experimental projects with new materials
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