The Anycubic Hotend Kit for Kobra 3 with Brass Nozzle is a premium, high-precision replacement designed to restore optimal extrusion performance for your Anycubic Kobra 3 3D printer. Engineered for reliability, temperature stability, and consistent filament flow, the Anycubic Hotend Kit for Kobra 3 with Brass Nozzle is ideal for users seeking upgraded print quality or replacing a worn-out stock hotend.

This hotend delivers smooth filament melting, stable heating, and highly accurate extrusion thanks to its integrated radiator, heater block, thermistor, heating tube, and brass nozzle. The included brass nozzle ensures excellent thermal conductivity, making it suitable for printing common materials such as PLA, TPU, PETG, and ABS. With its precise machining and smooth internal channels, the nozzle helps reduce clogging while improving surface finish and dimensional accuracy.

The Anycubic Hotend Kit for Kobra 3 with Brass Nozzle is engineered for plug-and-play compatibility with the Kobra 3, making installation simple and quick — even for beginners. Internal components are optimized for efficient heat dissipation, preventing heat creep and maintaining consistent filament flow during long prints. Whether you’re producing fine-detail models, mechanical parts, or high-temperature functional components, this hotend kit ensures stable, high-quality output.

At Protomont Technologies, we supply only tested and genuine accessories, and the Anycubic Hotend Kit for Kobra 3 with Brass Nozzle is selected for its durability, reliability, and performance consistency. This kit is the ideal upgrade for users who demand professional-level results from their Anycubic Kobra 3.

Key Features

• Genuine Anycubic Hotend Kit for Kobra 3 with Brass Nozzle

• High-precision brass nozzle for stable flow and smooth extrusion

• Efficient radiator design minimizes heat creep

• Fully assembled, plug-and-play installation

• Compatible with PLA, PETG, TPU, ABS, and similar materials

• Enhances printing accuracy and consistency

• Durable construction for long-term performance