The Automatic Material System (AMS) from Bambu Lab is a versatile and innovative tool that allows for multicolor and multi-material 3D printing. By enabling seamless filament transitions, the AMS not only prevents filament runouts but also keeps your filament dry, ensuring uninterrupted printing and minimizing waste.
Each AMS unit consists of 4 filament slots, and up to 4 AMS units can be connected in parallel using the AMS hub, supporting up to 16 colors for truly vibrant and complex prints.
While the AMS is already a well-designed and highly functional system, the spirit of personalization and customization is deeply rooted in the 3D printing community. Makers are always looking for ways to enhance, adapt, and optimize their setups.
To keep the maker in you alive, we’ve curated a selection of the best AMS mods and accessories available. From practical upgrades to creative enhancements, these modifications showcase the endless possibilities for tailoring your AMS to your specific needs and preferences.
Hydra AMS
The Hydra AMS is an enhanced drop-in main body replacement designed for the Bambu Lab AMS, offering improved spool compatibility and functionality. It serves as a new inner body for the AMS, allowing users to accommodate larger filament rolls. With support for spools up to 75 mm in width and 202.5 mm in diameter, it can handle most 1-kg ones, making it a practical upgrade for users who frequently work with different filament brands. The design includes adjustable rollers in four positions, accommodating spools ranging from 120 mm to 205 mm in diameter; however, for those larger than 201 mm, a printed lid spacer is required.
Printing the Hydra AMS requires attention to detail. The designer suggests a minimum of three walls, as well as three top and bottom layers, and an infill of 15% or higher. A wide brim, such as 10 mm, is also recommended to improve bed adhesion, as the part prints in a tall orientation and may be prone to falling. The great news? It’s designed to print without supports. Due to the heat generated within the 3D printer chamber, ABS or PETG are recommended over PLA to prevent deformation.
The Hydra AMS utilizes the existing internals of the Bambu Lab AMS, requiring users to transfer components such as the four feeder motors, rear motor, front and rear rollers, RFID boards, main board, PTFE tubing, and cables. It retains the standard AMS outer casing, maintaining RFID functionality. The use of 4 x 20 mm cap head M3 bolts is recommended to interlock the three main parts and prevent sliding.
Complete assembly instructions are provided, and third-party YouTube videos are available to guide users through the modification process. If assembled correctly, the mod is reversible and doesn’t damage the AMS. However, it’s important to note that this modification may void the original AMS warranty, and the creator of the Hydra AMS doesn’t provide any warranty for the model. Users should proceed with caution and ensure they are comfortable with the risks involved.
- Who designed it? humebeam
- How printable/popular is it? This bold design has over 225 makes so far on Printables, while more than 2,000 makes are reported by MakerWorld!
- Where to find it? Printables, MakerWorld
AMS Lite Top Mount for A1
The AMS Lite Top Mount for A1 is an official component set designed by Bambu Lab specifically for the A1 printer. This set includes two main modules: the top mount bracket and the Z-axis stiffener, each serving a distinct purpose to enhance the printer’s functionality and performance.
The top mount bracket is thoughtfully designed with a front tilt for improved balance and stability. Its upper half is articulated, allowing it to spin left and right, which allows for easier access to the back spools during use. To ensure smooth movement, it is recommended to apply grease during assembly.
The Z-axis stiffener is engineered to reduce back-and-forth movements of the printer, particularly at higher printing speeds with the extra weight of the AMS on it. This helps improve print quality by minimizing vibrations and enhancing overall stability during operation.
Assembly requires 3D printed parts along with two M3-23 and 12 M3-10 screws, and a YouTube video is available for guidance. Some users opt to add heat inserts for a more secure and reliable assembly. Printing profiles are provided, not just by the designer – Bambu Lab – but also by other makers, recommending a 0.2-mm layer height and 15% infill. While any material can be used for printing, ABS or PETG are suggested for their durability and elasticity, which are particularly beneficial for assembling the Z-axis stiffener.
- Who designed it? Bambu Lab
- How printable/popular is it? This functional design has over 52,000 makes according to MakerWorld.
- Where to find it? MakerWorld
Spool Enclosure for AMS Lite
The Ultimate Filament Spool Enclosure for AMS Lite is a functional and thoughtfully designed accessory for the AMS Lite system. This enclosure provides a dedicated space to store and protect filament spools from dust and environmental factors. However, one limitation is that it cannot be printed on the A1 Mini itself (if that’s the setup you’ve got) due to its size. For those unable to print it on a larger printer, Craftcloud services are a practical option to help produce it.
The enclosure features a cover that attaches using clips, making assembly straightforward and user-friendly. It’s compatible with Bambu Lab’s AMS Lite top mount. If using Bambu Lab’s AMS Lite top mount version, users will need to remove the locking screw and replace it with a low-profile screw, shared by a community member in the project profiles.
Detailed assembly instructions are provided by the designer, ensuring a smooth and hassle-free build process. Additionally, it’s possible to add action panels like a hygrometer, which can be a useful feature for monitoring humidity levels inside the enclosure. For further guidance, a comprehensive review and step-by-step instructions are available in a YouTube video, offering visual assistance for assembly and setup.
- Who designed it? Supergrapher
- How printable/popular is it? According to MakerWorld, this thoughtful design has around 19,000 makes!
- Where to find it? MakerWorld
Silica Dry Box for Hydra & Stock Version
The Silica Dry Box for Bambu Lab AMS Hydra and Stock Version is a practical and versatile accessory designed to maintain optimal filament conditions by storing silica gel desiccant. As the name suggests, it’s compatible with both the stock AMS and the Hydra AMS, making it a flexible solution for users of either system. Additionally, there are versions available that support a hygrometer, allowing users to monitor humidity levels within the enclosure.
Each box can hold approximately 100 g of silica gel, providing ample capacity to keep moisture at bay and protect the filament from degradation. The version without a hygrometer is designed to print without any supports, simplifying the printing process. However, the hygrometer version requires some supports at the top of the round cutout to ensure a clean and accurate fit.
While there are no specific recommended printing settings, a 0.2-mm layer height with 20% infill are suggested as reliable starting points. Regarding material, any filament can be used, though users may want to consider durability and moisture-resistance when selecting a material, opting for ABS or PETG.
- Who designed it? Thomas
- How printable/popular is it? This versatile design has well over 500 makes, and it’s easy to see why.
- Where to find it? Printables
Wall Mounting
The AMS Wall Mounting is a practical and space-saving solution designed to securely mount the Bambu Lab AMS at an angle on a wall. Currently in its third version, this model has evolved through community feedback and iterations, resulting in a refined and user-friendly design.
One of the design’s (and its positioning’s) standout features is how it allows the AMS’s lid to remain open, even with the tilted angle. It also ensures sufficient space between the AMS and the wall, preventing potential damage or scratches during use. This thoughtful detail enhances both functionality and convenience.
The wall mounting system includes several optional accessories, such as tool holders, drawers, and plate holders, adding versatility and organization to your workspace. These accessories make it a comprehensive solution for users looking to optimize their 3D printing setup.
While no specific printing profiles are provided, a 0.2-mm layer height with 20% infill is recommended as a reliable starting point. The design is compatible with any material, though ABS or PETG are preferred for increased durability and long-term use.
- Who designed it? 3D_aniel
- How printable/popular is it? MakerWorld reports that this space optimizer design has over 1,000 makes.
- Where to find it? MakerWorld
Lid Riser
The AMS Lid Riser for Bambu Lab AMS is a straightforward yet effective modification designed to address the issue of closing the AMS lid when using larger diameter filament spools. By providing additional clearance, this simple part ensures compatibility with bigger spools, enhancing the functionality of the AMS without requiring complex adjustments.
There are two versions of the Lid Riser available. The first one consists of two parts, while the second one includes two additional tongues that attach to the risers and snap onto the rubber gasket of the AMS. This added feature in the second version provides a more secure fit and improved stability.
The Lid Riser is a simple yet helpful mod that solves a common problem for users working with larger spools. The designer provides printing profiles, recommending a 0.2-mm layer height, two walls, and 15% infill. The parts are oriented in a print-ready position, so users should avoid flipping them unless they are confident in doing so. While PLA is the recommended material for printing, ABS or PETG can also be used for added durability.
- Who designed it? DesignCraft
- How printable/popular is it? This helpful design has over 5,500 makes combined from both sites!
- Where to find it? Printables, MakerWorld
Light Ring Adaptor
The AMS Light Ring Adaptor is a practical and straightforward solution for users who find the stock lighting of their Bambu Lab P1P, P1S, or X1C printers too dim. If you struggle to see clearly inside your printer and want to improve visibility, this adaptor offers a simple and non-intrusive way to add additional lighting.
The model utilizes a budget-friendly 260-mm (10″) LED light ring with a flat diffuser face that sits flush on the printer. Compatible light rings are readily available, making it easy to source the necessary components.
The design consists of two parts (left and right) that cradle the light ring frame, and they can be printed in PLA or PETG since they aren’t exposed to the heated enclosure or glass. Additionally, four dampers or feet, best printed in TPU, are included to support the weight of the AMS and distribute the load evenly across the glass top. The designer recommends printing with a 0.2-mm layer height, three walls, and 10% infill, ensuring a sturdy and reliable build.
- Who designed it? DatumCAD
- How printable/popular is it? Over 800 printers are shining brightly with this mod.
- Where to find it? MakerWorld
Stacking System
The AMS Stacking System is a modular and highly flexible solution designed to allow users to stack multiple Bambu Lab AMS units as needed. Whether you want to stack two, three, or more AMS units, this system provides the necessary modules to configure your setup according to your requirements, making it adaptable to various workspace and printing needs.
The designer has prioritized ease of printing, ensuring that the parts require minimal support material and are oriented in specific ways to reduce the risk of breakage from lateral forces. This thoughtful design helps prevent part tension from splitting at layer lines, enhancing durability and reliability. The included print profile recommends a 0.2-mm layer height, three walls, and 5% infill, with ABS as the preferred material for its strength and stability.
- Who designed it? Jaxel
- How printable/popular is it? This modular design has over 10,000 makes, according to MakerWorld.
- Where to find it? MakerWorld
Bambu X1 / P1P Filament Y-Splitter
The Bambu X1 / P1P Filament Y-Splitter is a functional and thoughtfully designed accessory for users of the Bambu Lab X1 and P1P printers with AMS. The designer created this Y-splitter after trying several others that failed to allow filament to pass through smoothly. This version addresses that issue, ensuring reliable filament feeding.
The Y-splitter uses PC4-M10 couplers to securely connect the PTFE tubing, providing a stable and efficient pathway for the filament. The model features flat sides, making it easier to print without the need for complex supports. Additionally, there is a version that accommodates four magnets (5 x 5 x 5 mm), allowing users to fix the splitter in a desired location for added convenience. The Y-splitter can be printed with a 0.2-mm layer height and 15% infill, and ABS or PETG are recommended materials for their durability and performance.
- Who designed it? TheRealNapalm
- How printable/popular is it? This refined design has over 600 downloads and 1 make so far.
- Where to find it? Cults
X1C Buffer Guide
The X1C AMS Buffer Guide is a practical and straightforward accessory designed to improve filament feeding for the Bambu Lab X1C and AMS. It features PTFE guides that align the input feed, ensuring smoother and more reliable filament movement.
Assembly requires longer M3 screws, which are typically included in the accessories kit that comes with the printer. If not available, generic M3 hex socket screws can be easily purchased online. The designer provided a print profile that includes a 0.2-mm layer height, three walls, and 15% infill. While PLA is the suggested material, ABS or PETG are also suitable options for added durability.
- Who designed it? Jaxel
- How printable/popular is it? This practical design has over 4,500 makes per MakerWorld.
- Where to find it? MakerWorld
License: The text of "Mods & Accessories for Your Bambu Lab AMS" by All3DP is licensed under a Creative Commons Attribution 4.0 International License.