Bambu Lab H2D/H2S High Flow Hotend with hardened steel nozzle 0.6mm
Take your production capacity to the next level with the Bambu Lab 0.6mm High Flow Hotend. Designed for the H2D and H2S series, this hotend is the professional’s choice for balancing industrial-grade strength with maximum volumetric throughput.
Maximum Throughput for Large-Scale Prints
When speed is your priority, the 0.6mm High Flow Hotend delivers. By combining a larger orifice with an extended melt zone, you can push more plastic per second than ever before.
- Drastic Print Time Reduction: Ideal for large functional parts, reducing print times by up to 40% compared to standard 0.4mm setups.
- Superior Layer Bonding: The wider extrusion width creates a larger surface area for layer adhesion, resulting in significantly stronger, more impact-resistant parts.
- High-Flow Architecture: Engineered to eliminate “flow-stutter” during rapid infill movements, ensuring consistent extrusion at high speeds.
The Clog-Resistant Choice for Abrasives
The 0.6mm diameter isn’t just about speed; it’s about reliability when using advanced engineering materials.
- Optimized for Composites: The larger 0.6mm opening significantly reduces the risk of clogs when printing with Carbon Fiber (CF), Glass Fiber (GF), and Wood-filled filaments.
- Hardened Steel Durability: The specialized nozzle material is rated to handle thousands of hours of abrasive extrusion without losing its dimensional accuracy.
- Heat Range: Fully capable of sustained printing at temperatures up to 350°C, unlocking professional materials like PAHT-CF and PC.
Efficient “Quick-Swap” Workflow
Specifically tailored for the Bambu Lab H2 series ecosystem:
- Integrated Design: Comes as a complete assembly including the heating element and thermistor for a “plug-and-play” experience.
- Snap-In Installation: Utilizes the H2D/H2S tool-less latch system, allowing you to switch from a precision 0.4mm to this high-output 0.6mm in seconds.
Let our Team guide you on purchasing the correct 3D equipment and materials for your next project by contacting us directly https://ec3d.co.za/contact-us/




