Bring ambitious multi-color designs and demanding engineering applications together with the Bambu Lab H2C. Its innovative Vortek Hotend Change System is engineered to reduce the purge waste and workflow interruptions of traditional filament changes.
*Maximum filament capability depends on system configuration and accessories.
Instead of relying only on repeated filament flushing through one nozzle, the Vortek system can switch among dedicated hotends. This approach opens new possibilities for cleaner multi-material transitions and less filament waste.
Six interchangeable hotends support flexible material and color assignments for complex prints.
For supported configurations using fewer than seven filaments, Bambu Lab states the purge-cleaning cycle can be eliminated during filament changes.
Expand creative and functional options with a high-capacity multi-filament workflow when properly equipped.
Vortek swaps dedicated hotends to help reduce purging between compatible materials. Keep individual hotends assigned to frequently used filaments and streamline complex color changes.
Explore H2C Configurations
The H2C combines high-temperature extrusion, an actively heated chamber, and controlled airflow to support demanding professional workflows.
From motion calibration to material delivery, the H2C incorporates systems designed to improve repeatability and simplify the printing process.
Bambu Lab reports movement accuracy below 50 micrometers with its Vision Encoder system.
Automated calibration helps compensate for mechanical differences between hotends.
A servo-driven extrusion system provides up to 10 kg of extrusion force for precise filament control.
Live view, nozzle, BirdsEye and toolhead cameras support observation and monitoring.
Includes filament run-out and tangle sensing, door sensing, filament odometry, and power-loss recovery.
Flame-retardant chamber construction and managed airflow are designed for professional environments.
Build practical components for product development, engineering validation, custom tooling, and functional prototypes.
The H2C provides a generous build envelope while retaining the convenience of an enclosed desktop-format platform.
Review Your ApplicationOfficial Bambu Lab product imagery showing the machine, the heated chamber, and multi-color printing examples.
Bambu Lab H2C — enclosed multi-material 3D printer
Vortek System — six interchangeable hotends
Heated Chamber — engineered for advanced filaments
Multi-Color Detail — complex prints in more colors
Reduced Purging — example of material efficiency
Product and example images: Bambu Lab, via its official community announcement. Image availability is controlled by Bambu Lab. For long-term Shopify reliability, upload authorized copies to Shopify Files and replace these external image URLs with your Shopify CDN links.
Evaluate form, fit, and function with professional-grade 3D printed parts.
Create vibrant prototypes, presentation models, and complex visual assemblies.
Produce custom aids for manufacturing, assembly, and inspection.
Explore advanced materials and multi-material design in labs and maker spaces.
Iterate faster on housings, brackets, mechanisms, and prototypes.
Support short runs, customized parts, and internal manufacturing needs.
| Specification | H2C |
|---|---|
| Hotend system | Vortek, six interchangeable hotends |
| Filament capability | Up to 24 filaments, configuration dependent |
| Single-nozzle build volume | 305 × 320 × 325 mm |
| Dual-nozzle build volume | 300 × 320 × 325 mm |
| Total two-nozzle build volume | 330 × 320 × 325 mm |
| Maximum nozzle temperature | 350°C |
| Maximum heatbed temperature | 120°C |
| Active chamber heating | Up to 65°C |
| Nozzle diameter options | 0.2 / 0.4 / 0.6 / 0.8 mm |
| Extrusion system | PMSM servo extruder, up to 10 kg extrusion force |
| Monitoring | Live View, Nozzle, BirdsEye, Toolhead cameras |
| Additional features | Filament sensing, power-loss recovery, air purification, closed-loop cooling |
Specifications based on Bambu Lab's published H2C product announcement. Availability, supported materials, configurations, and specifications should be confirmed before ordering.
Rapid Scan 3D helps organizations connect 3D printing hardware to real engineering and production workflows. Our team can help evaluate part requirements, materials, equipment selection, and integration with 3D scanning and reverse engineering.
The Vortek system changes between dedicated hotends, helping reduce the need for traditional filament purging during supported material changes.
Bambu Lab states the H2C can support up to 24 filaments simultaneously when appropriately configured. Actual capabilities depend on accessories and setup.
The H2C includes a 350°C maximum nozzle temperature, a heated chamber up to 65°C, and a heatbed up to 120°C. Confirm compatibility and material requirements for each filament.
305 × 320 × 325 mm for single-nozzle printing and 300 × 320 × 325 mm for dual-nozzle printing.
Contact Rapid Scan 3D to discuss the model, desired configuration, accessories, and your printing applications.
Talk with Rapid Scan 3D about Bambu Lab H2C configurations, applications, pricing, and next steps.
