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Bambu Lab H2C
H2C introduces the Vortek hotend change system. Up to seven colours or materials in one model, minimal purge waste and shorter prints.
Purge-saving multi-colour printing
Painting intricate models is a thing of the past. H2C prints with six colours, and a seventh nozzle adds supports or another colour. This model is printed in two parts: a six-colour raptor and a six-colour base.
Geminaraptor model, calculated in Bambu Studio.
Purge-saving multi-material printing
H2C prints up to seven different materials in a single run without nozzle purging. Combine the properties of several materials in one seamless structure and take integrated design to a new level.
Integrated TPU joints
Print durable TPU ball joints for your robot models. Flexible, long-lasting and built for endless motion.
Vortek Hotend Change System
Traditional single-nozzle multi-material printing has to purge leftover material between filament changes. Vortek instead swaps the entire hotend intelligently, for faster, cleaner prints with minimal waste.
Each material gets its own hotend, so most of the purging between filament changes disappears.
Vortek works with the reliable AMS, so the whole filament change is automatic. There is no need to load each filament into the toolhead by hand.
Each hotend stores filament information in its memory, so the right filament is matched to every hotend. When you print with more than seven filament types, the system calculates the combination with the least purge waste.
Only the hotend is swapped, so the printer holds up to six replaceable hotends without significantly reducing the build volume.
Instead of metal contact pins, which oxidise and lose connection, Vortek uses a contactless solution with a stable high-frequency link. It is the foundation for precise temperature control and smart hotend sync.
Unlike toolchangers whose colour count is limited by the number of toolheads, H2C supports up to 24 materials in one print through parallel-connected AMS units. An algorithm allocates filaments to hotends to keep purge waste to a minimum.
A seamless enclosure and adaptive airflow keep the chamber temperature stable for high-performance materials and filter the air to keep your workspace clean and safe.
Dedicate one of the six interchangeable hotends to a specific filament, a real advantage for valuable engineering materials. The hotend remembers the material and is matched automatically the next time you load it.
Induction heating | 8 seconds
Induction heating brings the nozzle to temperature in 8 seconds, so preheating for each material swap is much shorter than with conventional heating.
Inductive calibration | Within 25 µm
Inductive nozzle offset calibration is fully automated: no manual steps, no calibration plates, no extra setup. In just a few minutes, H2C calibrates the nozzle offset to within 25 microns.
Not a toy, a serious production powerhouse
The PMSM servo extruder delivers up to 10 kg of extrusion force, 70% more than a stepper motor, and greatly stabilises high-flow extrusion. The proprietary servo architecture samples resistance and position at 20 kHz and detects filament grinding and clogs in real time.
Vision Encoder | Motion accuracy under 50 µm
With the optional Vision Encoder, H2C achieves distance-independent motion accuracy of less than 50 µm. The system compensates for mechanical drift during calibration, so precision and performance last over time.
Servo extruder | Eddy current sensors
H2C senses extrusion dynamics with both the extruder servo motor and the high-resolution eddy current sensors on the nozzle. It calibrates Pressure Advance automatically for each filament, for smoother surfaces and cleaner, sharper edges.
An actively heated chamber up to 65 °C and nozzles up to 350 °C minimise warping and deformation and improve layer adhesion for high-performance, high-temperature filaments.
A stable chamber temperature up to 65 °C for warp-prone materials.
Enough heat for high-temperature engineering filaments.
59 sensors | 4 cameras
H2C has 59 sensors and a quad-camera computer vision system run by a proprietary neural algorithm. While printing, it detects even subtle anomalies in real time. You do not have to be an expert, the printer watches out for problems for you.
The AI camera continuously tracks extrusion and immediately detects material build-up, filament deviations and extrusion failures. It also runs a pre-flight check so every print starts safely.
Three-stage filtration with a G3 pre-filter, an H12 HEPA filter and a coconut shell activated carbon filter effectively reduces odours and harmful particles from engineering materials.
The chamber is built entirely from flame-retardant material for passive fire protection across the whole enclosure.
The cloud lets you control the printer from any device. For security-sensitive use, H2C works fully offline: print, send files and update firmware without internet. For advanced users, Developer Mode opens MQTT access for integrating third-party components and software.
Laser and cutting
H2C Laser Edition supports both the 10W and 40W laser modules and works with the blade cutting module. The standard H2C supports blade cutting and can be upgraded for laser with an upgrade kit.
This configuration includes neither a laser nor the cutting module. The cutting module is sold separately; laser requires an upgrade kit.
With a laser module, H2C Laser Edition engraves and cuts, so one machine makes both printed and laser-made parts.
The cutting module with pen holder cuts thin materials such as vinyl and can also draw with a pen.
Bambu Lab H2C
Build plate
Spool holder
4× 0.4 mm induction hotend
0.2 mm induction hotend
0.6 mm induction hotend
2× 0.4 mm hardened steel hotend
4-in-1 PTFE Adapter II
Accessory box
AMS 2 Pro
The box includes 8 hotends and one AMS 2 Pro. On the right are induction hotends: 4× 0.4 mm hardened steel (1 pre-installed, 3 in the accessory box), 1× 0.2 mm and 1× 0.6 mm. On the left are standard hotends: 2× 0.4 mm hardened steel (1 pre-installed, 1 in the accessory box).
Bambu Lab recommends adding 3 × 0.4 mm induction hotends, a 0.2 mm and a 0.6 mm left hotend, one AMS 2 Pro and one AMS HT. The two AMS 2 Pro units then feed the right induction hotends and the AMS HT feeds the left hotends. Alternatively, add 2 AMS HT units and connect all three AMS units to the right hotends.
H2C Laser Edition supports both the 10W and 40W laser modules and works with the blade cutting module. The standard H2C supports blade cutting and can be upgraded for laser with an upgrade kit.
Yes, with the Vortek Upgrade Kit. The upgrade is complex, time-consuming and costs more in the end, so Bambu Lab recommends buying the H2C directly if you want Vortek.
Not yet. The firmware does not support mixing nozzle sizes between left and right or within the Vortek hotend set. Mixing nozzle types of the same size, such as 0.4 mm standard flow and high flow, is supported.
Build plates are not. The Vortek hotend rack takes up space, so the H2C print bed is slightly smaller than the H2D. Vision calibration plates, the laser platform and blade-cutting mats are compatible across all H2 series models.
The H2C AMS Combo ships in one package. The Laser Full Combo with the 10W or 40W laser ships in two: the first holds the H2C Laser Full Combo and the second the laser module.
