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Multicolor printing systems
In this category, you'll find solutions that automate filament selection, switching, and feeding, while also helping to maintain order in the feed path. Multicolor printing systems are used by users who want to print in multiple colors, combine different materials in a single project, and better control the print process. We offer systems from Anycubic, Bambu Lab, Creality, and Prusa, compatible with various 3D printer models.
Products: 8
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CFS System for Creality 3D printers
CFS (Creality Filament System) is a modern 3D printing filament management solution that automatically identifies and maps filaments, enabling smooth filament switching and...
Index: CRL-26717
Index: CRL-26717
ACE Pro system for Anycubic Kobra 3 3D printer
Anycubic ACE Pro is an innovative extension for 3D printers that allows printing in 4 colors . ACE Pro is equipped with a filament heating system that guarantees their...
Index: ANY-25359
Index: ANY-25359
ACE Pro system for Anycubic Kobra S1 3D printer
The ACE Pro system is an innovative extension for the Anycubic Kobra S1 3D printer , which enables printing in 4 colors simultaneously , offers active drying of filaments...
Index: ANY-26373
Index: ANY-26373
MMU3 Enclosed for Original Prusa CORE One 3D printers - Full Kit
The Original Prusa MMU3 Enclosed is an advanced multi-material printing module for the Prusa CORE One printer . It allows for automatic handling of up to five filaments...
Index: PSA-27240
Index: PSA-27240
Creality K1 series 3D printer CFS system upgrade accessory kit
The Creality K1 Series 3D Printer CFS Upgrade Kit provides a comprehensive upgrade for Creality K1, K1 Max, K1C, and K1 SE 3D printers, adding automatic multi-color printing...
Index: CRL-26559
Index: CRL-26559
MMU3 Enclosed for Original Prusa CORE One 3D printers - assembled
The Original Prusa MMU3 is an advanced multi-color and multi-material printing module for the Prusa CORE One printer . It allows you to use up to five filaments in a single...
Index: PSA-27241
Index: PSA-27241
MMU3 Lite for Original Prusa CORE One 3D printers - Full Kit
The Original Prusa MMU3 Lite is an upgrade for the Prusa CORE One printer, allowing you to print with up to five filaments simultaneously . With a compact design, smart...
Index: PSA-27242
Index: PSA-27242
MMU3 upgrade kit for Prusa MK4 3D printer
Multi Material Upgrade (MMU3) is an original add-on for 3D printers from Prusa . The set is compatible with the MK4 model and allows you to use up to 5 materials during...
Index: PSA-23701
Index: PSA-23701
- Discontinued product
See also
What is a multi-color printing system used for?
Whether you're printing decorative elements, prototypes, signage, organizers, educational models, or functional parts, a multicolor printing system gives you greater design freedom. You can create prints with separate color zones without manually changing spools while the printer is running. Furthermore, you can use a support material other than the base material, which simplifies post-processing and allows for cleaner results with more challenging geometries.
How does automatic filament management work?
The basis of such solutions is the controlled feeding of multiple filaments into a single printer. The system recognizes which material is to be used at a given moment and then directs it to the feed path according to the task defined in the project. The device automatically switches the active filament, monitors the workflow, and helps maintain a stable material flow. In everyday printing, this means less manual handling and a reduced risk of errors during longer print runs.
What will you find in this category?
The core of our offerings are complete multi-material systems. These are modules that work with selected printers and handle multiple spools. Their purpose is to automatically change filament during printing, streamline the process, and expand the capabilities of a single printer without altering its basic design.
The second group consists of expansion and modernization modules. Their purpose is to expand an existing setup or adapt the printer to work with an external feeding system. Such components make sense when you want to increase the functionality of your workstation without replacing the entire printer. They also allow the equipment to grow with your needs, starting with simpler prints and eventually moving on to projects requiring greater flexibility.
We offer systems compatible with printers such as the Bambu Lab A1 mini, A1, X1, P1, P2, H2, AMS, Prusa CORE One, MK4, Creality K1, K2, Hi, and others.
What else do we offer?
This category also includes hubs, intermediate modules responsible for connecting and routing multiple filament paths. These accessories simplify material routing between the system and the printer, helping to organize cables and reduce workspace clutter. Hubs provide more convenient installation and better organization of the entire feed path.
The next group are filament buffers. Their function is to stabilize the material during switching, retraction, and re-feeding. The buffer helps maintain smooth filament movement, reduces stress on the guide wire, and supports predictable operation of the entire system.
Adapters, guide components and accessories for moisture protection
Adapters and guide elements are also available, including accessories for working with PTFE tubing. These allow for a more orderly filament path, preventing accidental bending of the material and preventing multiple paths from tangling in one place. This is especially important when the printer is using multiple spools and each spool needs a clearly defined path to the feed system.
Further suggestions include accessories designed to protect filament from moisture. Desiccant inserts help maintain the material in better condition, which translates into stable printing and a reduced risk of problems related to filament moisture.
Dry filament and repeatable effect
Multicolor printing typically takes longer than a simple single-material model. During this time, the filament remains in the feed system, and its condition directly impacts the workflow. If the material absorbs moisture from the environment, it can result in poorer feed flow, less stable extrusion, and poorer surface aesthetics.