Bambu Lab X1-Carbon 3D Printer with AMS 2 Pro Combo - High-Precision Multi-Material Printing with...

FILAMENT NOT INCLUDED

***PLEASE NOTE: Due to recent security policy changes by Bambu this printer will no longer be compatible with any 3rd party slicing software, Orca etc. 

Experience the ultimate in 3D printing with the Bambu Lab X1-Carbon Combo. This powerful machine combines the precision of the X1-Carbon with the versatility of the Automatic Material System (AMS), delivering exceptional results and endless creative possibilities.

Key Features:

• Micro Lidar Precision: Benefit from unparalleled accuracy with the X1-Carbon's advanced Micro Lidar system, ensuring precise nozzle height, material flow calibration, and first-layer scanning.
• Multi-Color & Multi-Material Mastery: Explore a world of creative possibilities with the AMS, allowing you to effortlessly print in a wide range of colors and materials, including PA, PC, PETG, TPU, and even carbon fiber and glass fiber reinforced polymers.
• High-Speed Performance: Achieve faster print times without compromising on quality. The X1-Carbon's CoreXY kinematics and powerful motors deliver exceptional speed and acceleration.
• Dual Auto Bed Leveling: Enjoy consistent first layer adhesion for optimal print quality.
• AI Inspected First Layer: Ensure a perfect foundation for your prints.
• High-Resolution Camera Monitoring: Keep an eye on your prints in real-time with the built-in camera.
• Spaghetti Detection & Recovery: Save time and filament by automatically stopping the print and recovering from filament mishaps.

With the Bambu Lab X1-Carbon Combo, you're not just buying a 3D printer; you're investing in a creative powerhouse that empowers you to bring your imagination to life.

AMS 2 Pro Upgrade Kit 1 with Filament Buffer: For X1/P1 printer owners that only plan to connect one AMS 2 Pro.

AMS 2 Pro Upgrade Kit 1:

- Filament Buffer x 1

- Bambu Bus Cable - 4Pin x 1

- AMS 2 Pro Switching Adapter x 1

- PTFE Tube Coupler x 3

- PTFE Tubes 370mm x 1 + 550mm x 2