Bambu Lab H2C AMS Combo
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Delivery time appr. 1-3 workdays
- Order number: BLH2CAMS
- EAN: 6937285510235
- commodity code: 84778099
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Bambu Lab H2C – Multi-Material 3D Printer with Vortek System
The Bambu Lab H2C is a high-end multi-material printer that combines an innovative hotend exchange system, AI-supported monitoring, and an actively heated chamber. Supporting up to 24 filaments per print, ultra-short heating times, and motion precision below 50 µm, it delivers industrial quality in a desktop format. The enclosed build chamber, powerful three-stage filtration system, and fully automated calibration make the H2C a reliable solution for demanding engineering applications.
Multi-Material Printing with Minimal Waste
The Vortek system swaps the entire hotend instead of individual filaments. This drastically reduces cleaning waste and significantly accelerates the material change process.
- Intelligent hotend exchange system
- Minimized cleaning processes
- Automatic filament identification
Fully Automated Filament Change
The H2C works seamlessly with the AMS to enable a fully automated workflow. Material changes occur without manual intervention and without interrupting the print.
- No manual insertion required
- AMS compatible
- Automated material feed
Optimal Filament Combination
Intelligent algorithms analyze filament types and switching strategies to optimally control material consumption and print time.
- Algorithmic optimization
- Material detection per hotend
- Improved workflow efficiency
Compact Form Factor
By swapping complete hotends, the print head remains compact without reducing the build volume. This ensures the entire build space remains fully usable.
- Up to 6 hotends integrable
- No loss of build space
- More materials per print project
8-Second Induction Heating
The nozzle reaches its target temperature in just 8 seconds. This is ideal for fast material and hotend swaps during operation.
- Extremely fast start
- Efficient printing process
- Minimal waiting times
Contactless Hotend Design
Oxidation-prone pins are eliminated and replaced by a contactless RF connection, increasing reliability in continuous operation.
- Higher system reliability
- No contact corrosion
- Precise temperature communication
Support for up to 24 Materials
Through parallel AMS units, the H2C can manage and automatically assign an enormous variety of materials.
- Maximum color and material diversity
- Automatic material assignment
- Significant purge reduction
Actively Heated Chamber
The actively heated chamber ensures a constant 65 °C environment, effectively reducing warping for technical materials.
- Constant thermal environment
- Improved layer adhesion
- Reduction of material warping
Automatic Calibration
Inductive calibration aligns the nozzles with 25 µm precision, making manual adjustments obsolete.
- Fully automated process
- Extremely high precision
- Fast operational readiness
Technical Specifications
- Technology: Fused Deposition Modeling (FDM)
- Build Volume: 330 x 320 x 325 mm
- Nozzle: Hardened steel, up to 350 °C
- Nozzle Diameter: 0.2 / 0.4 / 0.6 / 0.8 mm
- Max. Speed: 1000 mm/s
- Acceleration: up to 20,000 mm/s²
- Chamber Heating: Active, up to 65 °C
- Filtration: G3 pre-filter, HEPA H12, Activated Carbon
- Weight: 32.5 kg
Highlights
- Vortek hotend exchange system
- 8-second induction heating
- Supports up to 24 materials
- Actively heated 65 °C chamber
- AI-supported 4-camera system
| Printing Technology: | FFF - FDM |
| Buildvolume: | ab 30 cm |
| Extruder: | Single |
