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Creality 0.4mm K2P Quick swap nozzle Large Image
Creality 0.4mm K2P Quick swap nozzle Large Image
Creality 0.4mm K2P Quick swap nozzle Image from Catalogue
Creality 0.4mm K2P Quick swap nozzle Image from Catalogue
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Creality 0.4mm K2P Quick swap nozzle

SKU: 4008030074

Creality 0.4mm K2P Quick Swap Nozzle – Tool-free 0.4 mm nozzle designed for Creality K2/K2 Plus/Hi printers. Precision machined, high-flow performance with broad filament support.

£15.00

£14.10(Price incl. 20% VAT)

( £11.75 + VAT )

Availability:  5+ In Stock

Quantity:

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Creality 0.4mm K2P Quick Swap Nozzle 

The Creality 0.4mm K2P Quick Swap Nozzle is engineered to bring effortless, tool-free nozzle changes and reliable extrusion performance to your Creality K2, K2 Plus, and Creality Hi 3D printers. Featuring a precision 0.4 mm orifice and a quick-swap design, this nozzle minimises downtime and maximises print efficiency for everyday use.

Compatible with a variety of filament types and optimised for both general-purpose prints and high-speed workflows, this genuine Creality component ensures smooth, consistent extrusion and easy maintenance.

Key Features

  • Quick Swap Design: Change nozzles in seconds without tools thanks to the intuitive quick-release mechanism.
  • Standard 0.4 mm Diameter: Ideal balance of detail, speed, and reliability for most print jobs. 
  • All-Metal Construction: Durable copper-alloy body with a wear-resistant hardened-steel tip.
  • Wide Filament Compatibility: Works with PLA, ABS, PETG, TPU, PC, and many reinforced/engineering filaments.
  • Precision Machined Tip: Smooth internal surface reduces clogging and improves layer consistency. 
  • Optimised for High Flow: Supports high-speed performance and efficient extrusion.
  • Reliable Fit: Engineered specifically for Creality “Unicorn” hotend platforms. Designed for Creality K2 Series

This Quick Swap Nozzle is assembled with a compatible thread and seating design to match Creality’s K2P (K2 Plus / Creality Hi) hotend ecosystem, delivering consistent performance and minimal leaks.

Frequently asked questions

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