Bambu

Bambu H2C Induction (Right) High Flow Hotend with 0.6mm Hardened Steel Nozzle

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  • Ideal for Everyday Use – Perfect balance of speed and quality for reliable daily printing

  • Durable & Strong – Designed for moderate to high strength applications

  • Precision Performance – Smooth extrusion and consistent print result

Looking for other products of Bambu Lab?

Frequently bought together with Bambu H2C Induction (Right) High Flow Hotend with 0.6mm Hardened Steel Nozzle

Bambu H2C induction right high flow hotend with 0.6mm hardened steel nozzle front view for high speed 3D printing
Creality Hyper Series PLA White 1.75mm 1kg 3D printer filament on a recycled cardboard spool with a white 3D printed deer model.

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Specification

Real High-Flow, Real Time Saved-H2C Max Volumetric Speed

Induction Stainless Steel Nozzle (0.2mm)2 mm³/s
Induction Hardened Steel Nozzle (0.4mm)25 mm³/s
Induction Hardened Steel Nozzle (0.6mm)30 mm³/s
Induction Hardened Steel Nozzle (0.8mm)30 mm³/s
High Flow Induction Hardened Steel Nozzle (0.4mm)40 mm³/s
High Flow Induction Hardened Steel Nozzle (0.6mm)40 mm³/s
High Flow Induction Hardened Steel Nozzle (0.8mm)40 mm³/s

Filament Compatibility

FilamentInduction 0.2 mm Stainless SteelInduction 0.4 mm Hardened SteelInduction 0.6 mm Hardened SteelInduction 0.8 mm Hardened SteelInduction 0.4 mm High Flow Hardened SteelInduction 0.6 mm High Flow Hardened SteelInduction 0.8 mm High Flow Hardened Steel
PLA Basic√√√√√√√
PLA Matte√√√√√√√
PLA Lite√√√√√√√
PLA Basic Gradient√√√√√√√
PLA Silk+√√Not recommendedNot recommended√Not recommendedNot recommended
PLA Silk Dual Color√√Not recommendedNot recommended√Not recommendedNot recommended
PLA Silk√√Not recommendedNot recommended√Not recommendedNot recommended
PLA Metal√√√√√√√
PLA MarbleX√√√√√√
PLA SparkleX√√√√√√
PLA WoodX√√√√√√
PLA GalaxyNot recommended√√√√√√
PLA GlowX√√√√√√
PLA TranslucentNot recommended√√√√√√
PLA tough+√√√√√√√
PLA-CFX√√√Not recommended√√
PLA AeroX√Not recommendedNot recommended√Not recommendedNot recommended
PETG HF√√√√√√√
PETG Basic√√√√√√√
PETG TranslucentNot recommended√√√√√√
PETG-CFX√√√Not recommended√√
ABS√√√√√√√
ABS-GFX√√√√√√
ASA√√√√√√√
ASA AeroX√Not recommendedNot recommended√Not recommendedNot recommended
ASA-CFX√√√Not recommended√√
PC√√√√√√√
PC FR√√√√√√√
TPU for AMSX√√√√√√
TPU 95A HFX√√√√√√
TPU 85AXX√√XNot recommendedNot recommended
TPU 90AX√√√Not recommendedNot recommendedNot recommended
PAHT-CFX√√√Not recommended√√
PET-CFX√√√Not recommended√√
PA6-CFX√√√Not recommended√√
PA6-GFX√√√Not recommended√√
PPA-CFX√√√Not recommended√√
PPS-CFX√√√Not recommended√√
Support for ABSX√√√√√√
Support for PLA/PETG√√√√√√√
Support for PA/PETX√√√√√√
Support for PLA (New Version)√√√√√√√
PVAX√√√√

Product Specifications

Max. Printing Temp.350 ℃
Length56.2 mm
Packaging Weight0.015 kg
Packaging Size60 × 60 × 30 mm

Multi-Material Printing with Less Waste


The Vortek System uses up to six interchangeable induction-heated hotends to achieve true multi-material printing with significantly reduced purge waste compared to single-nozzle systems. The hotend swap mechanism eliminates purge flushing during filament changes (H2C under 7 filaments), saving both material and time.
Bambu Lab H2C compared with X1C showing improved print quality and reduced waste
Print result comparison
Bambu Lab H2C induction hotend heating up quickly during printing process
Rapid heating performance in operation

Fast and Precise Induction Heating


The Vortek Induction Hotend rapidly heats the nozzle to printing temperature in approximately 8 seconds (PLA). This fast response shortens color-change transitions and further reduces purge waste. Integrated overheat, overvoltage, short-circuit, and open-circuit protection ensure reliable performance during continuous multi-material workflows.

Reliable Contactless Connection


Instead of contact-based metal pins—which can oxidize and degrade over time—the Vortek System employs a contactless, high-frequency power and signal interface. This delivers a stable, long-lasting connection for accurate temperature control and synchronized hotend operation.
Bambu Lab H2C multi material printing flow with dual filament paths
Multi-material extrusion flow
Bambu Lab H2C induction hotend internal structure showing rapid heating system
Induction heating structure diagram

Heatsink Overheat Monitoring


Dual temperature sensors monitor both nozzle and heatsink temperatures in real time. When heatsink temperature exceeds safe limits, the system automatically increases cooling to prevent heat creep and reduce the risk of clogging.

Intelligent Multi-Hotend Management


Each Vortek Hotend stores its filament information locally, ensuring correct material mapping and preventing loading errors. When printing with more than seven filament types, the system intelligently optimizes hotend mapping to minimize purge waste and improve overall efficiency.
Bambu Lab H2C induction hotend compatible with PLA PETG TPU and engineering filaments
Wide filament compatibility
Close-up comparison of fine text and surface detail printed with Bambu Lab 0.2mm and 0.4mm hotend nozzles

0.2mm Nozzle – Optimal Print Fineness


The smaller nozzle diameter extrudes thinner filament lines, enabling higher detail resolution and finer surface quality, especially on horizontal print surfaces where precision and smoothness are critical.

Benchy model printed with Bambu Lab 0.2mm, 0.4mm, 0.6mm and 0.8mm hotend nozzles showing differences in surface detail and layer lines
Large vase printed with Bambu Lab 0.4mm, 0.6mm and 0.8mm hotend nozzles comparing surface finish and print efficiency
High-flow nozzle comparison for large-scale prints

0.6mm & 0.8mm Nozzle – Faster Print Speed


Larger nozzle diameters allow more filament to be extruded per second, significantly increasing print speed while maintaining stable flow, making them ideal for large parts, functional prints, and high-throughput production.

Graph showing the relationship between Bambu Lab hotend nozzle diameter and printed model strength from 0.2mm to 0.8mm
Larger nozzle diameters generally result in higher model strength

Compatibility

 

H2C and H2C Laser

Bambu H2C induction right high flow hotend with 0.6mm hardened steel nozzle front view for high speed 3D printing
0.6mm high flow hardened steel induction right hotend for Bambu H2C
Individually packaged 3D printer hotend components arranged on a worktable, with labeled boxes facing upward
Individually packaged hotend components, neatly organized and labeled for identification

Wholesale & Private Label Services

We offer wholesale and private label (OEM) services for a wide range of 3D printing accessories, including build plates, hotends, and related components.

Composite image divided into four sections showing 3D printer build plates in the upper right area and hotend components in the lower sections
Build plates and hotend components shown in a structured layout for visual reference
Palletized rectangular cartons stacked at a 45-degree angle, each box clearly labeled for identification
Palletized cartons with clear labeling prepared for factory shipment
Rows of multi-color 3D printing filament spools organized on storage racks, showing a wide selection of PLA and specialty filaments
A wide range of 3D printing filament spools in different colors and material types, stored for organized inventory and distribution.
Stacks of multi-color 3D printer filament spools arranged in bulk storage, showing large inventory for distribution and supply
Bulk stacks of 3D printing filament spools in various colors, prepared for organized storage and distribution.
  • Bambu H2C induction right hotend with 0.6mm hardened steel nozzle front view for durable multi material 3D printing

    Bambu H2C Induction (Right) Hotend with 0.6mm Hardened Steel Nozzle

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  • Bambu H2C induction right hotend with 0.4mm hardened steel nozzle front view for multi material 3D printing

    Bambu H2C Induction (Right) Hotend with 0.4mm Hardened Steel Nozzle

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  • Bambu H2C right induction hotend with 0.2mm stainless steel nozzle front view

    Bambu H2C Induction (Right) Hotend with 0.2mm Stainless Steel Nozzle

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  • Bambu Lab dual extruder idlers and filament sensor front view showing dual arm structure

    Bambu Lab Dual Extruder Idlers and Filament Sensor For H2D, H2C

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    1. Learn more about filament compatibility on Bambu Lab Wiki.
    2. If you print only single-color filament, we recommend using the Fixed Hotend (Induction Hotend) for printing.
    3. If you need multi-color printing with the AMS, connect the AMS to the right-side Fixed Hotend.
    4. If you want to use the second hotend for support-material printing, we recommend using the Liftable Hotend.
    5. TPU85A is only supported on the right-side Fixed Hotend. TPU95AHF/90A is expected to be supported on the left-side Liftable Hotend starting from firmware version U2.
    6. PET-CF / PPA-CF / PPS-CF are supported only on the left-side Liftable Hotend.
    7. CF/GF-reinforced filaments are not compatible with stainless steel nozzles.

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