E3D High Flow ObXidian K2 Plus Nozzle

E3D x Creality K2 Plus High-Flow Nozzle – Precision & Speed united

The K2 Plus High-Flow Nozzles are the result of an official collaboration between E3D and Creality. Specifically developed for the K2 Plus and Hi 3D printers, they combine state-of-the-art manufacturing technology with premium material properties. The goal: maximum print speed, high precision, and long service life – even with demanding filaments.

Optimized for high flow rates

Thanks to the unique multi-channel internal geometry, the contact area between filament and heating zone is increased. This allows flow rates of up to 48 mm³/s – even at print speeds of up to 600 mm/s. This ensures a consistent material flow and constant print quality, whether for functional parts or highly detailed models.

Maximum abrasion resistance with ObXidian technology

A hardened steel insert with E3DLC™ coating protects the nozzle from wear, even with abrasive filaments like carbon- or glass fiber-filled materials. The anti-stick properties reduce filament buildup, ensuring a clean nozzle tip and reliable results over long periods.

Strong adhesion even at high speed

Even at extremely fast printing speeds, the layer adhesion remains stable. The nozzle design ensures that printed parts are not only dimensionally accurate but also mechanically robust.

Precise thermal management

A titanium HeatBreak section enables a clearly defined transition between the heating zone and the cold zone. This precise temperature control reduces the risk of heat creep and increases printing reliability – especially during long print jobs.

Broad material support

Compatible with a wide range of filaments, including:
PLA, ABS, PETG, TPU, PP, PC, PA, PLA-CF, ABS-CF, PETG-CF, PC-CF, PA-CF.
For fiber-filled materials, it is recommended to consider the particle size relative to the nozzle opening to avoid clogging.

In short: This High-Flow Nozzle unleashes the full performance of your K2 Plus or Hi 3D printer – from high speed and material variety to maximum durability.