Bambu Lab X2D | Affordable Dual-Nozzle 3D Printer

• Dual-Nozzle 3D Printing

• Faster Multi-Colour Printing & Cleaner Support Removal

• 300 °C Nozzle & 65 °C Active Chamber Heating

• Closed-Loop Servo Motor Extruder

• Full Filament Path AI Detection

• 256 × 256 × 260 mm³ Print Volume

• Voltage Range: 100-120V (China Taiwan)

• Voltage Range: 200-240V (Singapore/Thailand/Malaysia/Hong Kong/ Macau)

• To connect more than two AMS (including AMS 2 Pro, AMS HT), a 4-in-1 PTFE Adapter (FAZ013-N) is needed

Dual-Nozzle System | Stop worrying about how to get support - easily peel it off.

The main nozzle is responsible for printing parts, while the auxiliary nozzle is responsible for support structures.

X2D hands over all the tedious support work to the auxiliary nozzle, using its own material.

It can provide complete support for steep overhangs, fabric folds, and internal channels, and then peel off easily.

Add more colour, more detail, and more fun.

Combine PLA and TPU in one model. The resulting bags, handles, and bumpers can be directly removed from the print platform for use.

Instant switching of dual nozzles. Enjoy faster colour changes, smoother transitions, and less waste.

Finer. Sharper. True to design.

Tap, switch, complete.

Unlike traditional motor-driven systems, the X2D integrates gears and trigger mechanisms into the tool head. The nozzle replacement rod lightly touches the plate arm, driving the internal gear set to change the nozzle. No extra weight is added, making the changeover easy.

A lighter tool head means less inertia and vibration. Even at full speed, the surface remains flawless - right to the top.

Rapid cooling. While gravity has not yet taken effect.

Dual air inlets are always better than a single air inlet. The freshly extruded material is soft, but the dual air inlets on both sides of the X2D printer can instantly blow cold air into the print chamber. This continuous air exchange stabilises each layer, especially suitable for low-temperature materials like PLA.

Just being hot is not enough; it needs to be evenly heated.

The X2D uses a 300°C nozzle and a 65°C active heating chamber, sufficient to meet the needs of most engineering materials. The active heating chamber ensures uniform heat conduction, ensuring a strong bond between layers.

Calibration is adjusted based on wear and material changes.

Bambu Lab's Flow Dynamics Calibration establishes a nonlinear model that changes over time, detecting and compensating for the effects of nozzle wear or material moisture.

PMSM servo system: smoother surfaces start from within the extruder.

Bambu Lab's unique PMSM servo system samples at a frequency of 20 kHz, dynamically adjusting torque to eliminate small fluctuations before they reach the surface.

The surface is smooth and delicate.

Compensation makes the edges sharp and the details clear.

The AI camera monitors for you at all times.

Before printing, the AI's real-time preview camera and tool head camera will scan the platform; during the process, it monitors issues such as tangling and nozzle clogging.

Fully equipped sensors cover every critical stage.

The entire system consists of 31 sensors, monitoring the feed path, printing process, thermal environment, and machine safety in real-time.

Fresh air, consistently.

Three-stage filtration system: G3 pre-filter, H12 HEPA filter, and coconut shell activated carbon layer, effectively reducing odours and particulates.

Suitable for placement in the living room.

No tools are needed to change the nozzle.

Quiet enough for night-time printing.

View every detail remotely.

One million switches, still smooth.

A 3D printer that can automatically update like a mobile phone.

Finished product variation notification

Depending on the batch, the nozzle switching area may or may not include a silicone wiper, with performance achieved through software being completely identical.

Frequently asked questions

What are the main differences between the X2D and X1C?

The X2D is a brand new chapter of the X1C. It introduces a dual nozzle system, supporting up to 25 colour printing;
equipped with an active heating chamber (maximum temperature 65°C) for processing engineering materials;
featuring a servo extruder with real-time flow sensing and material tangling detection capabilities;
expanded AI monitoring features, supporting real-time viewing and tool head cameras;
and supports motion calibration based on visual encoders. The X2D improves and further enhances all the advantages of the X1C.

What is the maximum printing speed and acceleration of the X2D?

When printing with the main nozzle, the maximum movement speed is 1000 mm/s, and the maximum acceleration is 20,000 mm/s².

Are the hot ends on both sides the same?

Yes, the left and right hot ends are completely identical in structure and components, and can be interchanged between the left and right positions.

What is the function of the chamber exhaust fan on the back panel of the X2D?

It actively extracts air from the printing chamber. In cooling mode (for PLA and other low-temperature materials), it works with the adaptive airflow system to dissipate heat and expel smoke. After printing with high-temperature materials, enable the 'purify air at the end of printing' function to clear residual smoke.

How many AMS units can the X2D connect to at most?

Single hot end:Supports up to 4 AMS 2 Pro and 8 AMS HT units (a total of 12 units, 24 slots).

Dual hot end:When used with the maximum AMS configuration, up to 25 colours can be printed.

Does the X2D support high flow nozzles?

Yes. The high flow hotend significantly increases printing speed while maintaining print quality, reducing print time by up to 30% compared to standard nozzles.

1) For optimal print quality, please use the main hotend to print these materials.

2) The voltage specifications of the printer vary by sales region. Before use, please check the label next to the printer's power socket to ensure the supply voltage matches the voltage indicated on the label.

3) To ensure the heated bed reaches the desired temperature quickly, the printer will operate at maximum power for about 3-5 minutes.