Brass Nozzle for K1/ K1 Max

Precision Performance for Flawless Prints

Upgrade your 3D printing experience with the Brass Nozzle for K1 / K1 Max, engineered for uncompromising precision. Designed specifically for high-speed FDM printing, this nozzle ensures smooth filament flow and consistent extrusion, reducing the risk of clogs or surface imperfections. Whether you’re creating intricate prototypes or robust functional parts, its high thermal conductivity helps maintain stable temperatures for flawless layer adhesion.

Crafted from high-quality brass, it heats up quickly and evenly, ensuring your prints are not only accurate but also completed faster. Its tight tolerance machining supports clean filament discharge for superior detail—ideal for demanding professionals and ambitious hobbyists alike.

Durable Craftsmanship Built for Longevity

Tired of nozzle wear and uneven filament flow? This brass nozzle is built to last. Resistant to corrosion and optimized for low-abrasion materials like PLA, ABS, and TPU, it maintains its shape and performance even after hundreds of print hours. Its wear-resistant properties help reduce maintenance interruptions, letting you focus on bringing your creations to life.

Perfectly compatible with the K1 and K1 Max 3D printers, the nozzle installs quickly and fits securely, minimizing downtime and maximizing productivity. For makers and manufacturers who demand reliability, this nozzle is an essential upgrade that delivers professional-grade results every time.

Optimized Compatibility & Seamless Integration

Designed with a perfect fit for the K1 / K1 Max extruder assembly, this nozzle ensures optimal performance right out of the box. No modifications, no compromises. Its seamless integration supports enhanced temperature control and extrusion accuracy, while its universal thread design allows easy swapping during material or diameter changes.

Whether you’re printing fine details or larger models, this nozzle supports a wide range of filament types and ensures optimal flow rates without sacrificing detail or strength. The result? Cleaner prints, smoother finishes, and fewer failed jobs.

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