Description
The 3DCeram M.A.T. (Multi Additive Technology) machine is an all-in-one 3D printing platform tailored for ceramicists, researchers, and advanced prototyping labs. Combining the flexibility of extrusion-based additive manufacturing with precision green machining, M.A.T. enables the fabrication of complex ceramic and metal parts with unmatched versatility.
M.A.T. integrates three interchangeable extrusion heads—FFF (Fused Filament Fabrication) for ceramic/metal filaments, Direct Pellet Extrusion (DPE) for cost-efficient prototyping using injection molding pellets, and Direct Ink Writing (DIW) for slurry or paste-based extrusion. These options allow users to choose the optimal deposition method depending on their material and application needs. Additionally, a 3-axis CNC tool supports green machining, refining surface finish before sintering and eliminating the need for post-sintering hard machining.
With a compact 75×65×80 cm footprint and a 20×20×20 cm build volume, the machine is ideal for benchtop or workshop use. It includes closed-loop stepper motors, a heated chamber (up to 60°C), and software compatibility with Cura, Slic3r, Simplify3D, and proprietary hybrid process software.
Key Features of M.A.T. (Multi Additive Technology):
- Advanced Ceramics Printing: M.A.T. employs high-volumetric loading (around 50%) of fine ceramic powder within a thermoplastic matrix, offering precision in ceramic shaping.
- Dedicated Ceramic 3D Printing: Unlike traditional FFF processes, M.A.T. caters to the unique demands of ceramic filaments, which are brittle and have lower melting points.
- Temperature Control: M.A.T. ensures precise temperature management, critical for ceramics that soften at lower temperatures, to achieve exceptional results.
- Tailored Extrusion Mechanism: Its extruder motor and mechanism delicately handle ceramic filaments, maintaining torque for consistent extrusion through fine nozzles.
- Comprehensive Support: M.A.T. simplifies the complex nuances of ceramics printing, from abrasion-resistant materials to nozzle sizes, extrusion parameters, and stress reduction during shaping.
- Versatile Material Compatibility: M.A.T. handles a range of ceramic filaments including Silicon Carbide, Alumina, and Zirconia, as well as metal filaments like Titanium, Stainless Steel, and Copper.
Key Benefits:
- Efficiency: M.A.T. streamlines the intricate ceramics 3D printing process, saving time and resources.
- Precision: Achieve unmatched accuracy in your ceramic prototypes and small-scale production.
- Material Diversity: Expand your research horizons with various ceramic and metal filament options.
- Ease of Use: M.A.T.’s user-friendly interface and robust construction make it suitable for both novices and experts.
But that’s not all! M.A.T. goes beyond standard FFF technology by offering two additional processes: CNC machining and robocasting.
CNC Machining/Milling:
The sturdy M.A.T. (Multi Additive Technology) frame allows for quick head swaps. The transition from printing to CNC machining effortlessly, enhances surface finish, flatness, and resolution. This pre-sintering machining is cost-effective and efficient.
Robocasting:
Switch from FFF to robocasting with ease. While robocasting may have a coarser finish, M.A.T. lets you refine it through CNC machining. Customize your own slurry or use our ready-to-use slurry for robocasting.
The Ultimate Ceramic Research Tool:
If you’re a Canadian researcher looking for versatility and flexibility in ceramics production, M.A.T. is your answer. Combining the power of two leading 3D extrusion technologies with green machining, M.A.T. is the ideal choice for prototype development and small-series production of complex ceramic parts.
Don’t miss the opportunity to lead the way in ceramics research with M.A.T. by 3DCeram.
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