Hotend changing
Vortek system
BAMBU LAB H2C AMS Combo 3D Printer
Dhs. 11,790.00
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BAMBU LAB H2C AMS Combo 3D Printer
Dhs. 11,790.00
Available on Click & Collect · Pay by card or cash at pickup, or choose bank transfer at checkout How does it work?
Build volume
330 × 320 × 325 mm
Nozzle / chamber
350°C / 65°C
Technical specifications
| Printing technology | FDM |
|---|---|
| Build volume | 330 × 320 × 325 mm |
| Maximum nozzle temperature | 350 °C |
| Maximum chamber temperature | 65 °C |
| Hotend system | Vortek interchangeable hotends |
| Filament diameter | 1.75 mm |
| Included material system | AMS 2 Pro |
Bambu Lab
Bambu Lab H2C AMS Combo
Vortek hotend changing brings multi-material projects into one enclosed production workflow. This Combo includes AMS 2 Pro.
Vortek hotend changing
Dedicated interchangeable hotends help organise multi-colour and multi-material prints while reducing purge waste.
A controlled hotend workflow
Automatic hotend identification and controlled heating support repeatable material changes. Select compatible material combinations in the slicer.
Automatic calibration
Guided calibration reduces manual preparation before complex jobs. Laser and cutting equipment is included only with the Laser Full Combo configuration.
Dedicated hotends for material changes
Vortek changes the hotend instead of repeatedly flushing every material through one melt zone. Dedicated hotends can reduce colour contamination and purge waste, while the slicer coordinates the material and hotend assignments.
Induction heating and contactless identification
The induction hotends heat rapidly when selected, and automatic identification helps the printer track the installed configuration. The system is designed to reduce waiting during frequent changes in complex multi-material jobs.
Thermal control for engineering polymers
A 350°C nozzle capability and active chamber heating to 65°C support technical materials. Match the chamber, bed and material profiles to the selected polymer and dry hygroscopic filaments before demanding prints.
Full-path monitoring
Sensors and camera monitoring help detect feeding and extrusion problems, including material accumulation, filament deviations and printing without deposition. Pre-flight checks assist the operator before starting a job.
Enclosure and air filtration
The manufacturer specifies flame-retardant chamber construction and a three-stage filter: G3 pre-filter, H12 HEPA and activated carbon. Filter maintenance and suitable workspace ventilation remain part of operating with engineering materials.
Connected or offline workflows
Cloud connectivity supports remote operation, while offline workflows allow file transfer and firmware updates without internet access. Developer Mode provides integration options through MQTT for suitable third-party systems.
Understand the supplied hotends
The manufacturer lists eight hotends with the AMS Combo and Laser Full Combo: six induction hotends for the right side and two standard 0.4 mm hotends for the left, plus one AMS 2 Pro. Some hotends are pre-installed.
Configuration and compatibility limits
Using every automatic hotend position may require additional AMS hardware and hotends. The documented firmware supports mixed flow types of the same nozzle size, but not mixing nozzle diameters within one print. Verify the installed firmware before planning a specialised workflow.
Printing, laser and digital cutting
The Laser Full Combo adds the corresponding laser equipment and a cutting module with pen holder. Laser power depends on the selected 10 W or 40 W configuration. The AMS Combo does not include those laser accessories.
