Bambu Lab Confirms November 3 Release for Its New Nine-Tool H3C Printer
The company is set to unveil its latest flagship machine, which features a new storage system designed to improve visibility and reduce waste for home manufacturers.
By Alexander Novak ·

Bambu Lab has officially set a launch date for its long-anticipated H3C 3D printer. The company confirmed that the new tool-changing machine will go on sale to the public on November 3. This announcement follows the release of a short teaser video that offers the first clear look at the device. The footage highlights a unique storage setup for the printing tools, which is a significant departure from some of the company's previous designs.
The primary feature revealed in the teaser is a rack that holds nine distinct tools. These tools are stored on a Vortex-style rack positioned at the front of the printing chamber. This configuration allows the printer to switch between different colors or materials quickly. Industry observers have long viewed tool changers as the future of 3D printing. They are generally considered superior to the existing AMS system because they swap colors faster and generate less filament waste during the process.
While most technical specifications remain confidential, the H3C fits squarely into Bambu Lab's flagship H-line category. This line already includes the H2S, H2D, and H2C models. The new H3C is most closely related to the H2C. That model is a seven-tool induction-heated nozzle swapper that also uses a motorized Vortex rack to hold idle tools. The H2C is a large machine with a build volume of 330 by 320 by 325 millimeters, setting a high standard for size and capability within the brand's portfolio.
The 11-second teaser video shows the tool rack dropping down into position with a distinct metallic sound. A key advantage of this design is that idle tool heads are stored above the build plate. This placement prevents the tools from blocking the user's view of the first layer being printed. This is a notable improvement over other systems. For example, the Bondtech INDX system, which was reviewed on a Prusa CORE One, requires users to look through the tool rack to see the print. The H3C is expected to offer better visibility as a result.
Online speculation about the H3C has been intense in the weeks leading up to the announcement. Several YouTubers without official review units have analyzed leaked clues to predict the machine's features. One widely shared image, described as AI-enhanced, suggested the presence of ten spools. The new teaser video contradicts that prediction by clearly showing nine colorful Bowden tools arching over the top of the printer. The exact mechanism holding the spools has not been disclosed, but the design is described as having a distinct Bambu aesthetic.
The H2 line of printers has been marketed as a hub for home manufacturing. It is likely that the H3C will follow a similar strategic path. During the Formnext trade show last year, shortly after the H2C debuted, company leadership discussed their vision for multitasking machines. Dr. Tao of Bambu Lab expressed interest in creating devices that do more than just 3D print. This suggests the H3C may incorporate additional functions beyond standard printing.
The addition of a laser to the H2D model did not please every segment of the customer base. However, the company continues to push the multitasking concept. The Bambu Lab A2L offers an optional tool for blade cutting and embossing. This indicates that expanding the functionality of their printers remains a core part of the company's long-term plan. The H3C is expected to continue this trend of adding utility to the home workshop.
Bambu Lab has indicated that the H3C contains a few additional surprises that have not yet been revealed. These details are expected to be unveiled during the official launch event on November 3. As the release date approaches, attention will turn to how the nine-tool system performs in real-world conditions and what other features the company has tucked into the design.
Source: Tom's Hardware





