Unboxing the X2D

Taking the X2D out of the box, the first impression is that it looks and feels like a miniature H2D. In reality, it adopts the design style of all recent Bambu Labs models, including an all-metal frame, matte dark coating, and enclosed glass panels. There's no doubt this is a high-end model and the successor to the X1C.

The overall design of the X2D is consistent with the H2 series, but its smaller size frees up more space in your workshop. For most workshops, this may be a more practical choice.

Looking at the back of the machine, you'll find something unusual: it's equipped with a fan, an extra extruder, and a filament switcher. While it looks simple, you can feel the exquisite craftsmanship Bambu Lab has put into this machine.

Stepping inside the machine and taking a closer look at the tool head, the first thing you notice is that it's not a scaled-down H2D. The X2D's dual-nozzle system has a completely different layout from the H2D. The left main nozzle uses direct-drive extrusion, while the right auxiliary nozzle is fed by a Bowden-style extruder mounted on the rear panel. Mechanically, this is a very clever design because it keeps the tool head light, and nozzle switching is done entirely by mechanical gears and a trigger mechanism, without the need for additional motors.

The X2D is essentially an engineering-grade machine, and its two main features confirm this.

First is the three-stage air filtration system, which includes a G3 pre-filter, an H12 HEPA high-efficiency air filter, and a coconut shell activated carbon filter, making it safer to use in enclosed workshops or offices. Even when running ABS during testing, the machine emitted minimal odor. The machine's noise level also remained impressively low throughout.

Observing the X2D's heated bed, its dimensions are 256 x 256 mm, with a height of 260 mm when using a single nozzle.

X2D Core Highlights

During actual printing, the X2D's nozzle switching is very fast, with one nozzle rising and the other lowering, both happening side-by-side. From this perspective, it's very similar to the dual-nozzle H2 series. Since their introduction, a major highlight of Bambu Lab printers has been their ease of use; essentially, the machine automates almost everything, and this latest model is no different. AMS filament loading is very convenient. Similarly, installing auxiliary filament onto an external spool and feeding it into the printing mechanism is also straightforward.

For engineers and product design studios, another point of interest is the hybrid extruder solution; on a machine of this size, a direct-drive extruder can achieve a lightweight print head. The left direct-drive nozzle is suitable for special materials like TPU, while the right nozzle is fed by a Bowden-style extruder mounted externally on the machine, capable of handling more standard materials. When printing with dual materials, supports are easy to remove, resulting in a cleaner print compared to single-nozzle printing solutions that use the same material for supports.

Dual-mode Thermal System: Perfectly Adapts to Multiple Filaments

Another feature that significantly improves print quality when using special materials is the dual-mode thermal system. This system features a cold air mode, which introduces fresh air for PLA, PETG, and similar materials, thus eliminating the need to open vents or leave doors ajar, and helps ensure clean and crisp bridges and overhangs. The thermal mode heats the print chamber to 65°C and the nozzle temperature can reach 300°C, allowing materials like ABS, ASA, and nylon to be printed with minimal warping and good layer adhesion.

Similarly, before each print, the machine performs a series of checks and tests. These checks continue throughout the printing process, such as the dynamic flow calibration feature, which real-time monitors the extrusion motor, hot end, nozzle, and filament, and automatically compensates for wear and humidity. As the machine wears, this feature becomes more apparent. But for busy print farms, if machines are running 24/7, this means less monitoring and fine-tuning of the machines.

Like previous Bambu Lab devices, it comes with a large 5-inch 1280 x 720 touchscreen, which is essentially similar to the touchscreen on the H-series printers, making navigation and setting updates easy. Bambu Lab is committed to simplifying the user interface and has successfully allowed users quick and direct access to everything they need.

Another highlight of the X2D is the chamber lighting, which will undoubtedly be a great help for workshops with limited lighting, although in most cases, the 1920 x 1080 resolution live-streaming camera can display the status and progress of any object on the print bed very well.

Is the X2D Right for You?

Without a doubt, the Bambu Lab X2D is one of the most versatile mid-range FDM printers on the market. For most professional users, the price offers excellent value, allowing them to print industry-leading quality at a price that, just a year or two ago, would only get them an entry-level high-end machine.

The X2D is geared towards engineering applications, which is reflected in its out-of-the-box support for multiple materials. The dual-nozzle system is truly effective, enabling you to print complex parts with dissimilar material supports, achieving clean support removal, minimal purge waste, and TPU-PLA combinations, allowing you to produce functional parts with both rigidity and flexibility without any hassle. This is thanks to its hardened steel nozzles, PMSM servo extrusion, 65°C active chamber heating, and three-stage HEPA filtration, all of which are standard features.