Vortek hotend change system
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Bambu Lab H2C is a purge-saving multi-material 3D printer built around the Vortek hotend-change system for complex color and material combinations.
Key features
- Seven ready-to-use nozzles with six interchangeable hotends
- Up to 24-filament workflows
- Reduced purge waste during material changes
- 350 °C nozzle and 65 °C actively heated chamber
- High-speed CoreXY platform
Bambu Lab H2C is a purge-saving multi-material 3D printer built around the Vortek hotend-change system for complex color and material combinations.
Key features
- Seven ready-to-use nozzles with six interchangeable hotends
- Up to 24-filament workflows
- Reduced purge waste during material changes
- 350 °C nozzle and 65 °C actively heated chamber
- High-speed CoreXY platform
- Regular price
- $0.00
Overview
Bambu Lab H2C
Uncompromising Multi-Material.
Product Highlights
Seven-nozzle flexibility
Production-grade performance
Integrated safety monitoring
Multi-Material Printing
Bring Complex Projects to Life
The multi-nozzle material workflow combines detailed color work, dedicated supports, and different material properties in a single production process.
Vortek Hotend Change System
Automatic Material Changes with Less Waste
Rapid hotend switching keeps different materials ready while reducing the purge cycles normally required by a single-nozzle system.
Production Performance
High-Speed Control with Real-Time Feedback
Closed-loop servo extrusion monitors resistance and position continuously to stabilize material flow and detect feeding problems as they develop.
Safety Monitoring
Protection Built into the Workflow
Air filtration, thermal monitoring, enclosure checks, and dedicated safety sensors work together during demanding manufacturing tasks.
Customer Reviews
FAQ
What hotends are included in the h2c combo?
$3d6
If i want full hotend-swap capability, what additional hotends do i need? how should the ams be connected?
to fully experience the vortek 6-hotend automatic swap system, we recommend purchasing extra ams and hotends which include: 3 × 0.4 mm induction hotends, 1 × 0.2 mm left hotend, 1 × 0.6 mm left hotend, 1 x ams 2 pro, 1 x ams ht.
combined with the ams 2 pro that comes with the h2c combo, you will then have 2 × ams 2 pro + 1 × ams ht.
to setup: two ams 2 pro feed the right induction hotends; ams ht feeds the left hotends. this gives you full 7-hotend automatic swapping with ams support on both sides.
in addition to the above options, you can also try:
multi-ams setup: add 2 × ams ht. all three ams feed the right-side hotends.
future setup (2026): a filament track switch module will be released, allowing full 7-hotend support with only 2 ams units, enabling free filament switching between left & right filament paths.
combined with the ams 2 pro that comes with the h2c combo, you will then have 2 × ams 2 pro + 1 × ams ht.
to setup: two ams 2 pro feed the right induction hotends; ams ht feeds the left hotends. this gives you full 7-hotend automatic swapping with ams support on both sides.
in addition to the above options, you can also try:
multi-ams setup: add 2 × ams ht. all three ams feed the right-side hotends.
future setup (2026): a filament track switch module will be released, allowing full 7-hotend support with only 2 ams units, enabling free filament switching between left & right filament paths.
Does the h2c support laser and blade-cutting functions?
the h2c laser edition supports both 10w and 40w laser modules and is also compatible with the blade-cutting module.
the non-laser h2c supports blade-cutting by default, but can be upgraded to support laser functions via an upgrade kit.
the non-laser h2c supports blade-cutting by default, but can be upgraded to support laser functions via an upgrade kit.
Can h2s or h2d be upgraded to h2c?
both h2d and h2s users may upgrade to h2c by installing the vortek upgrade kit.
however, the upgrade process is complex and time-consuming, so users who want the vortek experience are recommended to purchase h2c directly.
purchasing h2s/h2d first and upgrading later will incur extra cost.
the vortek upgrade kit is expected to be available in early 2026.
however, the upgrade process is complex and time-consuming, so users who want the vortek experience are recommended to purchase h2c directly.
purchasing h2s/h2d first and upgrading later will incur extra cost.
the vortek upgrade kit is expected to be available in early 2026.
Can h2c dual-nozzle printing be used with different nozzle sizes simultaneously?
not currently.
the firmware does not yet support mixing nozzle sizes (left vs. right or within vortek hotend sets).
however, mixed nozzle types of the same size (e.g., 0.4 mm standard flow + 0.4 mm high flow) are supported.
the firmware does not yet support mixing nozzle sizes (left vs. right or within vortek hotend sets).
however, mixed nozzle types of the same size (e.g., 0.4 mm standard flow + 0.4 mm high flow) are supported.
Are the h2c buildplates, calibration plates, laser platform, and blade-cutting mats compatible with h2d?
because the vortek hotend rack occupies additional space, the h2c print bed is slightly smaller than the h2d.
therefore, buildplates are not interchangeable between h2c and h2d.
however, the vision calibration plates, laser platform, and blade-cutting mats are fully compatible across all h2 series models. for more details, please refer to wiki.
How will my order be shipped and divided into packages?
$3d7
Are there any limitation of the left and right hotends when using different filaments？
please check wiki for detailed information. for tpu please check tpu 85a&90a printing guide for h2 series.
Frequently Bought Together
Total price$3,647.00
$3,647.00