More Than Just a Printer
In the previous part, we unveiled the technological innovations that enable Bambu Lab printers to achieve unprecedented speed and quality. However, the true strength of this brand lies not only in its hardware. Bambu Lab has built a comprehensive, vertically integrated ecosystem that includes hardware, software, materials, and cloud services. In this article, we will examine a key element of this ecosystem – the Automatic Material System (AMS) – and demonstrate how software and perfect integration transform 3D printing from a technical challenge into a creative experience.
Automatic Material System (AMS): Multicolor Printing for the Masses
One of the most visible elements of the ecosystem is the Automatic Material System (AMS). This is an external unit that can hold up to four spools of filament and allows for automatic switching between them during printing. This not only opens the door to multicolor and multi-material printing but also brings other practical advantages.[1, 2]
-
Multicolor printing: You can print full-color logos, detailed figurines, or functional parts with color coding. By connecting up to four AMS units, printing with up to 16 colors can be achieved.[1, 2]
-
Support materials: AMS enables seamless use of soluble or break-away support materials, dramatically simplifying support removal for complex models.[2, 3, 4, 5]
-
Automatic spool change: If filament runs out on one spool, the AMS automatically switches to another spool with the same material, allowing for unattended printing of large projects.[2, 3]
-
Keeping filament dry: The AMS unit is sealed and contains desiccant, which protects hygroscopic materials from degradation.[1, 2, 3]
However, the system also has its limitations. It is not compatible with flexible materials (TPU), and cardboard spools can also be problematic.[3, 6, 7, 8, 9, 10, 11] A major disadvantage is also the significant amount of waste material generated with each color change, as the printer must purge the nozzle.[12]
Software Backbone: Bambu Studio and Bambu Handy
All hardware is controlled by a software duo: the desktop slicer Bambu Studio and the mobile application Bambu Handy. Bambu Studio is built on open-source foundations but is deeply integrated with features specific to Bambu Lab printers. It allows for simple AMS management, remote print submission, and live video monitoring. The Bambu Handy mobile app then serves as a hub for remote control and monitoring from anywhere in the world.
Synergy That Saves Time
It is this vertical integration of hardware, firmware, slicer, and cloud that is the “secret sauce” of Bambu Lab’s success. It allows for a level of reliability and user-friendliness that is almost unattainable in the fragmented world of open-source components. In the traditional model, a user buys a printer from one manufacturer, uses a slicer from another, and installs a third-party solution for remote access. Each interface between these components is a potential point of failure. Bambu Lab eliminates this problem. This strategy, inspired by Apple, sacrifices openness for a seamless “out-of-the-box” experience.
User-Friendliness
The Bambu Lab ecosystem, with AMS at its forefront, represents a fundamental shift in the user-friendliness of 3D printing. It removes technical barriers and allows users to focus on creativity. Now that we understand both the technology and the ecosystem, it’s time to look at specific products.
In the final part of our series, we will guide you through the complete portfolio of Bambu Lab printers, compare them with key competitors, and examine the critical aspects of the closed platform, so you can make the best decision for your needs.
PS: We print gadgets and tools for the teambuilding company Z-AGENCY and the gaming platform TerraHunt. Listen to our podcast about 3D printing.
