E3D High Flow ObXidian K2 Plus Nozzle

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

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

Optimized for high flow rates

Thanks to the unique, multi-channel internal geometry, the contact area between the filament and the heating zone is increased. Flow rates of up to 48 mm³/s can be achieved – even at print speeds of up to 600 mm/s . This ensures smooth material flow and consistent print quality, whether for functional components 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 such as carbon or glass fiber-filled materials. The anti-stick properties reduce filament buildup, ensuring a clean print tip and reliable results over time.

Strong grip even at high speed

Even during extremely fast printing processes, layer adhesion remains stable . The nozzle design ensures that printed parts remain not only dimensionally stable but also mechanically resilient .

Precise heat 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 print reliability – especially during long print jobs.

Wide 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 in relation to the nozzle opening to avoid blockages.

In short: This high-flow nozzle brings out the full performance of your K2 Plus or Hi 3D printer – from high speed to material versatility to maximum service life.