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The H2D's BirdsEye camera, combined with computer vision algorithms, provides top-down alignment accuracy down to 0.3 mm. This advanced spatial alignment system allows users to position the tool path accurately on the material, providing a true "what you see is what you get" experience.
Leveraging real-time images from the BirdsEye camera, Bambu Suite can automatically arrange your design based on the shape of the material, such as a piece of plywood left over from the previous design. This feature helps you make the most of each material.
An ultra-fine vision encoder plate, combined with 5 µm resolution optical measurements to track and correct tool head motion, enables the H2D to achieve 50 µm distance-independent motion accuracy over the entire work area, an order of magnitude higher than its predecessor. (*Vision Encoder sold separately)
With a print volume of up to 350×320×325 mm, creating large-scale designs has never been easier. Printing oversize models with the printer's larger capacity allows you to bring even your most ambitious ideas to life.
Equipped with active chamber heating up to 65°C and a high-temperature hotend that reaches 350°C, the H2D provides extremely precise closed-loop thermal control. This advanced system effectively eliminates warping and warping in high-performance materials, ensuring optimal adhesion between layers and maximizing the potential of the materials used.
H2D's specially designed high-flowhotend ensures reliable high-speed printing up to 600 mm/s. Optimized for consistent performance, it eliminates flow restrictions during printing, enabling continuous, uninterrupted extrusion, regardless of model size or complexity.
Bambu Lab's proprietary permanent magnet synchronous servomotor (PMSM)-based architecture implements an intelligent extrusion management system. It performs torque, resistance and position sampling at 20 kHz by dynamically modulating the electromagnetic torque vectors. This helps stabilize extrusion and detect any filament jams or grinding.
The H2D printer is equipped with a nozzle camera with artificial intelligence and macro optics. This intelligent monitoring system continuously tracks extrusion patterns, immediately detecting material buildup, filament deviations and extrusion problems.
Before each operational cycle, the H2D printer's vision system checks a series of points based on a checklist. 1. Chamber integrity scanning technology detects any debris on the entire printing surface. 2. Hardware configuration verification instantly recognizes nozzle size and print plate properties. 3. Digital-physical alignment automatically verifies consistency between detected hardware specifications and active slicer parameters.
Unlike conventional systems with a single filament depletion detector, the H2D offers complete material flow monitoring. Along the path from the AMS to the nozzle, 15 strategic sensors form an intelligent network that constantly tracks five key parameters: feed rate, tension, filament tip position, extruder thermal environment, and dynamic extrusion pressure. This state-of-the-art system provides unprecedented control over filament behavior.
The package contains: 1 x Bambu Lab H2DC Combo 3D Printer with AMS - BAMBULAB
Specifically included in the package is:
1 x Bambu Lab H2D
1 x Textured PEI plate
1 x Coil holder
1 x Accessory box
1 x AMS 2 Pro
1 x Security key
Technical Specifications
| Article | Specification | |
| Printing Technology | Fused deposition modeling | |
| Body | Build volume (W×D×H) | Single-nozzle printing: 325×320×325 mm³ Dual-nozzle printing: 300×320×325 mm³ Total volume for two nozzles: 350×320×325 mm³ |
| Frame and Shell | Aluminum, Steel, Plastic and Glass | |
| Laser Safety Windows | Installed on the Laser version, The regular H2D can be upgraded through the Laser upgrade kit | |
| Air Assist Pump | Included with the Laser Edition, the standard H2D can be upgraded through the Laser Upgrade Kit. | |
| Dimensions | Dimensions | 492 x 514 x 626 mm³ (Package dimensions: 620 x 620 x 755 mm³) |
| Net Weight | 31 kg (Gross weight: H2D: 38.5 kg; H2D AMS Combo: 42.3 kg; H2D Laser Full Combo: 46.2 kg) |
|
| Tool head | Hotend | Full metal |
| Extruder gear | Hardened steel | |
| Nozzle | Hardened steel | |
| Maximum nozzle temperature | 350 °C | |
| Nozzle diameter included | 0.4 mm | |
| Nozzle diameter supported | 0.2 mm, 0.4 mm, 0.6 mm, 0.8 mm |
For more information please contact us.
The item you receive may differ in some features from the one shown in the photo, depending on the production batch. Despite this, the functionality is maintained.
Yes. The left and right hotends are identical in structure and materials, so they can be used interchangeably.
The H2D printer supports up to 4 AMS 2 Pro units and 8 AMS HT units connected simultaneously, for a total of 12 units and 24 material slots.
Since the H2D is equipped with two hotends, in the most extreme scenario, all AMS units can be connected to one hotend, while the other uses an external spool holder.
With this setup, the printer can support and print with up to 25 colors.
The first-generation AMS system is fully plug-and-play compatible and can be used with the H2D printer for multi-color printing. However, its drying function is not supported.
Due to fundamental differences in the loading mechanism and buffer structure, the H2D printer does not support the AMS Lite system.
The two 4-pin ports on the back are intended for future expansion accessories.
For example, to upgrade a non-laser version of the printer to the laser version, one of these ports can be used to connect an external air pump.
Although the H2D printer's hotend has a similar structure to that of the A1 series, they are not perfectly identical.
The H2D hotends are specifically designed for that model, offering maximum compatibility. For example, they support a higher maximum volumetric flow rate, reduce the risk of clogging, and allow for more precise nozzle offset calibration between the left and right hotends. They also enable automatic hotend type recognition via the real-time camera.
Therefore, to ensure optimal print quality, it is strongly recommended not to use A1 hotends on the H2D printer.
You can use H2D hotends on A1 series printers, but you must also use the H2D-specific silicone sock for proper compatibility.
No, a USB flash drive is not included by default.
You can still start prints normally without a USB drive, as the printer has built-in storage for executing print files.
However, the absence of a USB drive affects the following features:
Time-lapse recording and photo capture cannot be enabled.
Printing via LAN is not possible.
Sending print files to the printer for storage through the project interface is disabled.
Log file export is not supported.
USB Requirements:
USB 2.0 or higher protocol
Minimum write speed: over 10 MB/s
Supported file systems: FAT32 and exFAT
Only one USB drive is supported; USB hubs or multiple drives are not compatible.
The hotend used for printing is determined during the slicing process of the model file.
For preloaded models, the correct hotend is already selected at this stage, so it cannot be changed directly from the printer’s screen.
When slicing a file in Bambu Studio and sending it to the printer, you can choose to use the left or right hotend.
For certain materials, such as TPU and PPS/PPA-CF, it is recommended to use specific hotends for optimal print quality.
For more information on filament compatibility with the H2D printer, please refer to the corresponding wiki page.
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