Color is a powerful form of expression, and now, with the Bambu Lab Automatic Material System (AMS), you can bring vibrant, multi-color creations to life in your 3D printing projects. The AMS unlocks a new dimension of creativity, allowing you to print with multiple colors and materials seamlessly.
Bambu Lab AMS unit showcasing multiple filament spools
Bambu Lab AMS available for purchase
Unleash Multi-Color 3D Printing Capabilities
The Bambu AMS makes multi-color 3D printing accessible and straightforward. Imagine the possibilities: intricate designs with color gradients, functional parts with color-coded sections, and artistic prints that truly pop. Say goodbye to single-color limitations and embrace a spectrum of possibilities.
Example of a multi-color 3D print created with Bambu Lab AMS
Close-up of a colorful 3D printed model showcasing intricate details
Variety of colorful 3D printed objects demonstrating AMS capabilities
Collection of vibrant multi-color 3D prints highlighting the color range
Expand Your Material Palette with Multi-Material Printing
Beyond color, the AMS also extends your 3D printing material options. Compatible with a wide range of filaments including PLA, ABS, ASA, PETG, PC, and more, the AMS allows you to combine different material properties in a single print. This opens doors to functional prototypes, complex assemblies, and parts optimized for specific applications.
Spools of various 3D printing filaments compatible with Bambu Lab AMS
Examples of 3D prints using different materials showcasing versatility
Close-up of a 3D printed object demonstrating multi-material construction
Diverse range of 3D printed parts made with different materials using AMS
Streamline Support Removal with Dedicated Support Materials
Support structures are essential for many 3D prints, but removing them can be tedious and time-consuming. The AMS simplifies this process by enabling the use of specialized support materials. Utilize snap-away supports for quick removal or dissolvable filaments for intricate geometries, significantly reducing post-processing effort and achieving cleaner final prints.
Eliminate Filament Waste with Seamless Spool Switching
Running out of filament mid-print is a common frustration in 3D printing, often leading to print failures and wasted material. The Bambu Lab AMS addresses this issue with automatic spool switching. When one spool runs out, the system seamlessly transitions to a new one, ensuring continuous printing and minimizing filament waste.
Illustration showing traditional filament runout leading to print interruption
Depiction of AMS automatic spool switching for uninterrupted printing
Uninterrupted Printing with Filament Backup Functionality
Further enhancing print reliability, the AMS features a filament backup function. Even if you are away or asleep, your prints will continue without interruption. The automatic spool changing ensures a consistent printing process, preventing print failures due to empty spools, saving filament, and improving energy efficiency.
Graphic depicting potential print failure due to unattended filament depletion
Visual showcasing AMS filament backup preventing print disruption
Intelligent Filament Management System
At the heart of the AMS lies a sophisticated intelligent system. Powered by a 32-bit MCU, an array of sensors and actuators, and smart algorithms, the AMS manages filament loading, unloading, fault detection, and recovery with unparalleled precision. For in-depth information, explore the AMS feeding system guide.
Diagram illustrating the intelligent components within the Bambu Lab AMS
Conceptual image highlighting the advanced technology of the AMS system
Smart Filament Tangle Detection
Filament tangling can lead to printing errors and frustration. The AMS is equipped with tangle detection. If resistance is detected at the toolhead, indicating a tangle or stuck spool, the AMS immediately pauses printing, preventing “air printing” and potential print failures. Learn more about troubleshooting filament tangling issues.
Illustration of filament tangle issue during 3D printing
Illustration of filament tangle issue during 3D printing
Combat Filament Degradation from Moisture
Moisture absorption in filament is a common enemy of print quality, leading to issues like poor layer adhesion and nozzle clogs. The AMS helps you overcome this by providing a humidity-controlled environment.
Image depicting moisture affecting filament quality
Visual representation of degraded filament due to moisture exposure
Maintain Filament Dryness for Optimal Printing
The AMS is designed with an airtight seal and utilizes desiccant material to actively absorb moisture, keeping your filaments dry and in optimal condition. A built-in humidity sensor monitors the internal environment, alerting you when humidity levels are high or when desiccant replacement may be needed. Maintaining dry filament is crucial for achieving the best possible print quality.
Image of AMS desiccant material for moisture absorption
Close-up of the humidity sensor inside the Bambu Lab AMS unit
Automatic Filament Recognition for Streamlined Workflow
Bambu Lab filaments come with RFID tags that are automatically read by the AMS. This intelligent feature automatically identifies the filament type and applies the optimal print settings, simplifying your workflow. The RFID tag data synchronizes seamlessly with Bambu Studio. For non-Bambu Lab filaments, manual configuration in Bambu Studio or on the printer is required. Consult the AMS setup and filament loading guide for more details.
Achieve Up to 16-Color Printing with Multiple AMS Units
Each Bambu Lab AMS unit features 4 filament slots. For users seeking even greater color complexity, up to 4 AMS units can be connected in parallel, enabling stunning 16-color prints. Unlock the full spectrum of color possibilities by connecting 4 AMS units via the AMS hub.
Visual representation of a single AMS unit with 4 filament slots
Illustration of four interconnected AMS units enabling 16-color printing
What’s Included in the Box
The Bambu Lab AMS package comes with everything you need to get started with advanced material management for your 3D printing.
Image of the Bambu Lab AMS unit included in the box
Another view of the AMS unit from a different angle
AMS
Image of PTFE tubes included in the AMS package
Close up of PTFE tubes for filament routing
PTFE Tube
Image of Bus Cables included for connectivity
Close up of Bus Cables – 6pin & 4pin
Bus Cable – 6pin & Bus Cable – 4pin
Image of Spare Filament Cutters included as replacements
Close up of Spare Filament Cutters (x2)
Spare Filament Cutter (x2)
Image of PTFE Tube Connectors for secure tube connections
Another view of PTFE Tube Connectors
PTFE Tube Connector
Image of Filament Buffer for smooth filament feeding
Close up of Filament Buffer component
Filament Buffer
Image of Reusable Spools for filament management
Another view of Reusable Spools (x3)
Reusable Spool (x3)
Image of High Temperature Reusable Spool for specialized filaments
Close up of High Temperature Reusable Spool
High Temperature Reusable Spool
AMS Technical Specifications
| Item | AMS Specification |
|---|---|
| Product Size | 368*283*224 mm |
| Package Size | 445*350*320 mm |
| Product Weight | 2.5 kg |
| Gross Weight | 4.68 kg |
| Material | ABS |
| Supported Filament | PLA, PETG, ABS, ASA, PET, PA, PC, PVA (dry), BVOH (dry), PP, POM, HIPS and Bambu PLA-CF/ PAHT-CF/ PETG-CF |
| Unsupported Filament* | TPE, TPU, PVA (wet), BVOH (wet), Bambu PET-CF/ TPU 95A and other brand’s filaments that contain carbon fiber or glass fiber |
| Filament Diameter | 1.75 mm |
| Supported Spool Size* | width: 50-68 mm, diameter: 197-202 mm |
Diagram illustrating AMS dimensions and specifications
Diagram illustrating AMS dimensions and specifications
* Note: Filaments that are too flexible, brittle, or abrasive are not recommended for use with the AMS. This includes materials like Bambu PET-CF/ TPU 95A, TPE, wet PVA/BVOH, and carbon fiber/glass fiber-filled filaments from other brands. For cardboard spools, using a spool adapter is highly recommended to prevent slippage and debris within the AMS. Consult the comprehensive Filament Guide for detailed compatibility information. To understand the inner workings, explore how AMS functions.
