Are build plates and accessories of the H2C compatible with the H2D?

Because the H2C build plate is smaller due to the Vortek magazine, H2C and H2D build plates are not interchangeable. Calibration plates, laser platforms, and cutting mats work across the entire H2 series.

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Bambu Lab H2C Laser Full Combo 10W

Q: Which hotends are included in the H2C Combo, and what expansions are required for full hotend swapping automation?

The H2C AMS Combo or Laser Full Combo includes eight hotends and one AMS 2 Pro. The right side includes four 0.4 mm induction hotends plus a 0.2 mm and a 0.6 mm hotend; the left side includes two 0.4 mm standard hotends. Mixed flow types are possible, but different nozzle diameters are not.

Q: How can the Bambu Lab H2C be operated with multiple AMS systems?

One AMS 2 Pro is included and supplies up to four right-side hotends. For full 6-hotend support, the manufacturer recommends either another AMS 2 Pro plus an AMS HT, or two AMS HT units. A filament path switcher for using only two AMS systems is announced for 2026.

Q: Does the H2C support laser and cutting applications?

The H2C Laser Edition works with 10 W and 40 W laser modules and also supports the cutting module. The standard model can already cut and can be expanded via a laser upgrade kit.

Q: Can an H2S or H2D be upgraded to an H2C?

Upgrading via the Vortek upgrade kit is possible. Since the process is complex, the manufacturer recommends choosing the H2C directly for the best experience. The upgrade kit is expected to be released in early 2026.

Q: Can different nozzle diameters be used simultaneously on the H2C dual hotend?

Currently no. Using different nozzle diameters simultaneously is not yet supported. Different flow types of the same size are compatible.

SKU: PRBL-1019-002

Vortek hotend swapping system with 8-second inductive heating
DynaSense extruder with 10 kg extrusion force & 20 kHz real-time monitoring
Auto Flowrate Calibration for precise, automatic material flow adjustment
Actively heated chamber up to 65 °C for engineering-grade plastics
AI error detection with nozzle camera & quad-camera process monitoring
Enclosed high-performance CoreXY system – up to 1000 mm/s & 25,000 mm/s²
Cybersecurity compliant with EU RED Article 3.3(d)(e). Learn more

Variant (Please select): H2C Combo H2C Combo

H2C Laser Full Combo 10W H2C Laser Full Combo 10W

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Old price: € 2.549,00

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Delivery time: 1 - 3 Workdays
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Bambu Lab H2C Laser Full Combo 10W

€ 2.399,00

incl. 19% VAT , plus

Old price: € 2.549,00

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Bambu Lab H2C Combo with two AMS modules in a front view

Bambu Lab H2C - Precision multi-material 3D printing at production level

The Bambu Lab H2C takes professional FDM printing to a new level: its fully automated Vortek hotend swapping system, actively heated build chamber, and comprehensive sensor architecture enable precise, repeatable multi-material and multi-color printing with industrial efficiency. Designed for prototyping, model making, engineering, and additive small-batch production, the H2C combines high-resolution print quality with exceptional reliability and production-focused performance.

Bambu Lab Service Packages

Basic

Manufacturer warranty
12 months email support (response time within 2 business days*)
No remote support
No service hotline
No application support

included

Professional

Manufacturer warranty
12 months email support (response time within 1 business day*)
12 months remote hardware support (DE)
No service hotline
No application support

Recommended for A & P series

49,- €

More information

Enterprise

Manufacturer warranty
12 months email support (response time within 4h*)
12 months remote hardware support (DE)
Service hotline (callback within 1h)
12 months application support

Recommended for X & H series

479,- €

More information

* Information applies only during business hours Mon-Fri: 9am-5pm

Material-saving multi-material printing on the Bambu Lab H2C through reduced purging

Next-level multi-material printing

The Bambu Lab H2C enables true multi-material and multi-color 3D printing with up to seven materials in a single print job. Colors and material properties are combined directly within the part—without time-consuming post-processing and without manual filament changes.

The system reduces purge processes to a minimum and significantly lowers filament consumption. Ideal for complex technical components, function-integrated prototypes, and high-quality design models in the areas of 3D printing, 3D scanning, and 3D consumables.

Vortek hotend swapping system of the Bambu Lab H2C with inductive contact technology

Vortek - The efficient hotend swapping system

The Vortek system is an inductively powered, completely contactless hotend swapping system. Instead of flushing material through purge cycles, the H2C swaps the entire hotend. This significantly reduces material consumption, color contamination, and changeover times—ideal for precise multi-material and multi-color 3D printing.

8-second induction heating for extremely fast, repeatable material changes.
Up to six hotends simultaneously usable—without significant loss of build volume.
Persistent filament profiles are stored directly in the hotend so each hotend carries its own material data independently.
Contactless data transmission without sensitive metal contacts—no oxidation, maximum reliability.
Minimal purge waste thanks to complete material separation via hotend swaps instead of flushing cycles.

This architecture enables crisp color boundaries, clean material changes, and stable processes—especially with engineering filaments, multi-color models, and function-integrated parts where the highest precision is required.

High-precision print mechanics for repeatable results

The Bambu Lab H2C combines a rigid machine structure with adaptive, sensor-driven motion and extrusion control. Several precisely coordinated systems ensure controlled material feeding, consistent layer formation, and repeatable results—even at high print speeds and with complex geometries.

DynaSense extruder with up to 10 kg extrusion force and 20 kHz real-time monitoring for precise control of material flow, resistance, and feed behavior.
Auto flow rate calibration for automatic adjustment of flow rate to material properties and part geometry, ensuring clean surfaces and stable wall lines.
Vision Encoder (optional) with motion accuracy below 50 µm for highly precise positioning over long print paths.
Nozzle camera & pre-check for automatic verification of the build plate, first layer, and slicer configuration before every print job.
Automatic nozzle offset calibration with accuracy up to 25 µm for perfectly aligned multi-hotend prints.
59 integrated sensors and a quad-camera system for continuous process monitoring and early detection of deviations or extrusion errors.

The combination of these systems enables high-resolution, stable print results with sharp edges, uniform surfaces, and high dimensional accuracy—ideal for professional applications in engineering, prototyping, and additive small-batch manufacturing.

Close-up of the print mechanics of the Bambu Lab H2C

Sensors and monitoring systems of the Bambu Lab H2C

Motion control and precision components of the Bambu Lab H2C

Extrusion control and nozzle monitoring of the Bambu Lab H2C

Built for demanding materials

With a maximum nozzle temperature of 350 °C and an actively heated chamber up to 65 °C, the H2C is consistently designed for technical filaments.

Supported materials include, among others:

Standard filaments: PLA, PETG, TPU, PVA, BVOH, ABS, ASA, PC, PA, PET
High-performance and engineering materials: PPS as well as carbon- and glass-fiber-reinforced PLA, PETG, PA, PET, PC, ABS, ASA, PPA and PPS

The actively controlled chamber reduces warping, improves layer adhesion, and enables reliable printing of complex, high-load components.

Multi-stage filtration system of the Bambu Lab H2C for air purification

Controlled environment and effective air cleaning

For use in office, laboratory, or production environments, the H2C is equipped with a multi-stage filtration system:

G3 pre-filter for coarse particles
H12 HEPA filter for fine particles
Coconut-shell activated carbon filter to reduce odors and VOC emissions

Combined with the enclosed build chamber made from UL94 V-0 materials, this creates a safe, controlled environment for professional 3D printing with demanding filaments.

AI-supported monitoring and error detection

The Bambu Lab H2C continuously monitors the printing process and reacts early to irregularities. This reduces failed prints and saves both time and material.

Nozzle camera with macro optics for precise extrusion monitoring
Real-time detection of spaghetti, clumping, and air printing
Automatic pre-flight check of the build plate and slicer settings before every print

Even without in-depth process knowledge, this allows stable, repeatable results in day-to-day operation.

Network and security features of the Bambu Lab H2C

Flexible networking and operating modes

The H2C offers both convenient cloud connectivity and full offline operation—ideal for security-sensitive environments.

Control via touchscreen, desktop software, and mobile app
Wi-Fi connectivity for remote monitoring and file transfer
Optional developer mode with MQTT interface for integrations into existing systems*

Print jobs, firmware updates, and material profiles can be flexibly adapted to your infrastructure and security requirements.

Key technical data of the Bambu Lab H2C

Printing technology: Fused Deposition Modeling (FDM)

Build volume: up to 305 x 320 x 325 mm (single nozzle)

Max. nozzle temperature: 350 °C

Max. heated bed temperature: 120 °C

Actively heated chamber: up to 65 °C

Max. print speed: 1000 mm/s

Supported filaments: Standard and engineering materials, incl. CF/GF composites

Display: 5" touchscreen (720 x 1280)

Dimensions: 492 x 514 x 626 mm, approx. 32.5 kg

Who is the Bambu Lab H2C the right choice for?

The H2C is aimed at professional users, development teams, service providers, and educational institutions that need high-quality, repeatable 3D printing results—including multi-material and multi-color applications.

Whether functional prototypes, small series made from engineering plastics, or complex design parts: the Bambu Lab H2C combines high printing speed, precise motion control, and a powerful multi-material system into a production-ready 3D printing solution.

Sample print: drone component from the Bambu Lab H2C

Multicolor sample model printed with the H2C

Technical component as an example of an engineering print

Design-oriented 3D printed model from the H2C

FAQ - Frequently asked questions about the Bambu Lab H2C

Which hotends are included in the H2C Combo, and what expansions are required for full hotend swapping automation?

The H2C AMS Combo or the Laser Full Combo includes a total of eight hotends and one AMS 2 Pro. On the right side there are four 0.4 mm induction hotends (one pre-installed, three in the accessories), complemented by a 0.2 mm and a 0.6 mm induction hotend. On the left side, two 0.4 mm standard hotends are included, one of which is already installed. While different flow variants with the same nozzle size are supported, using different nozzle diameters at the same time is currently not possible.

How can the Bambu Lab H2C be operated with multiple AMS systems?

From the factory, one AMS 2 Pro is included, supplying up to four right-side hotends. For fully automated 6-hotend swapping, the manufacturer proposes two expansion options: either an additional AMS 2 Pro plus an AMS HT (two AMS 2 Pro for the right, AMS HT for the left), or alternatively two AMS HT units that jointly supply the right side. A filament path switcher is announced for 2026, intended to enable full 6-hotend support with only two AMS units.

Does the H2C support laser and cutting applications?

The H2C Laser Edition can use both 10 W and 40 W laser modules and is compatible with the cutting module. The standard H2C model already supports cutting out of the box and can be expanded with a laser upgrade kit if required.

Can an H2S or H2D be upgraded to an H2C?

Yes, the Vortek upgrade kit can technically bring an H2S or H2D up to H2C level. However, the conversion is quite demanding and time-consuming. Users who want to use Vortek features immediately should therefore choose the H2C directly. The upgrade kit is expected to become available in early 2026.

Can different nozzle diameters be used simultaneously on the H2C dual hotend?

Currently, this is not possible. The firmware does not yet allow combining different nozzle sizes—neither between the left and right hotend nor within the Vortek magazine. Mixing different flow types of the same size, for example 0.4 mm standard flow and 0.4 mm high flow, works without any issues.

Are build plates and accessories such as calibration plates or laser platforms of the H2C compatible with the H2D?

Due to the additional space required by the Vortek magazine, the H2C has a slightly smaller build plate than the H2D, which is why the build plates of both models are not interchangeable. Calibration plates (Vision), laser platforms, and cutting mats, however, can be used with all H2 models.