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Introducing M.A.T. (Multilayer Additive Technology), an innovative solution for 3D printing metals and technical ceramics in a very simple, fast, and cost-effective way.
Print functional metal and ceramic parts in:



Stainless Steel | Titanium | Copper



Aluminum Oxide | Zirconia | Silicon Carbide


M.A.T. uses a high-performance extrusion system specifically designed for metals and ceramics, as well as two additional processes – CNC machining and Robocasting – to create complex geometries in materials such as Stainless Steel, Titanium, Alumina, Silicon Carbide, and More. By achieving an optimal balance between precision and speed, M.A.T. ensures excellent part quality and fast
production times.

3D Ceram M.A.T. Brochure


Weight 133 lbs
Dimensions 26 × 24 × 25 in

Country of origin



60 kg

3D Printer Dimensions

660 x 610 x 630 mm (26 x 24 x 25 inch)

Build Volume

200x200x200mm, 7.9х7.9х7.9 in

Printing technology


Printing material

Ceramic filament, Metal filament

Optimum indoor operation temperature

20-25 °C, 68-77°F

Maximum room temperature variation



12 months

3D printers



Powerful 3D Printer for Metals, Ceramics and more: CNC + Robocasting, all in one

M.A.T. embraces versatility, extending its functionality to include CNC machining and robocasting.
The sturdy frame of this system offers a swift transition from 3D printing to CNC machining in one single step, enabling users to process green parts for an improved surfaced finish in comparison to other 3D printing solutions.
Additionally, Robocasting allows the extrusion of ceramic slurry through a nozzle. This process provides flexibility and adaptability to combine materials, facilitating a smooth transition between FFF and robocasting techniques.

Safe and easy to use: Ideal for a Workshop or Laboratory environment

Prioritizing safety without compromising functionality, the M.A.T. has been designed to fit seamlessly into your lab or workshop.
By using a binder matrix in which fine ceramic powder and metal are dispersed, we’ve ensured a secure production process, eliminating the hazards often associated with powders, lasers, and other risks.
With its very intuitive design and the use of FFF technology, M.AT. eliminates the safety risks related to LPBF, such as lasers and metal powder, at the time it reduces the need for PPE to the minimum.
Its integrated filtration system eliminates over 99.99% of particles larger than 300 nm, thereby ensuring a clean and safe operational environment.

High Density and Strength for your Parts

The M.A.T. system takes advantage of the main strengths of Fused Filament Fabrication (FFF) to deliver metal 3D-printed parts with outstanding density and strength.
Thanks to the layer-by-layer deposition and sintering process, the metal particles are densely packed and fused, resulting in parts that can withstand high operational demands.



  • High strenght to weight ratio
  • Low thermal conductivity
  • Low CTE
  • Bio compatible



  • Aeronautics
  • Space
  • Biomedical
  • Luxury


  • Titanium: Ti6AI4V (Aerospace grade)
  • Bulk density (g/cc): 4.33
  • Thermal Conductivity at 30C (W/m-K): 6.8
  • CTE (ppm/C): 9.8
  • Ultimate tensile strength: 940 MPa

Silicon Carbide (SiC)

Titanium (Ti6Al4V)

Aluminum Oxide (Al2O3)

Easy Operation System with no Special Installation Requirements

With the M.A.T., the manufacturing of technical ceramic and metal parts becomes a straightforward task.
By incorporating shaping technologies, CNC machining, and robocasting in one device, M.A.T. simplifies the process of producing complex-shaped functional parts.
The operation of the M.A.T. system is designed to be user-friendly, allowing you to create components that are significantly less costly
than those produced by conventional fabrication methods, and the whole system can fit in a workshop or lab with no special installation

Easy Operation System with no Special Installation Requirements

The first step is printing, where M.A.T seamlessly transforms your digital designs into physical reality. Utilizing its advanced technology, this 3D printer meticulously deposits layers of metal and ceramic materials with precision and accuracy, ensuring optimal part quality.
Next comes the debinding stage, where any residual binders are carefully removed from the printed parts.
In the sintering stage, the printed parts undergo a controlled heat treatment process, fusing the metal or ceramic particles together to achieve exceptional strength, durability, and mechanical properties, to ensure high-quality, fully functional parts that meet the most demanding requirements.
With M.A.T by 3D Ceram, the production of functional metal and ceramic parts has never been easier. Experience the power of a seamless 3-step process, unlocking limitless possibilities for industries ranging from aerospace and automotive to medical and beyond.

Only Technology for metals and ceramics with the ability to produce with custom infill

Material deposition used by the M.A.T. is the
only technology in the market capable of building parts with customized infill. This offers the ability to tailor the internal structure of your parts to optimize for specific performance attributes such as weight, strength, or material usage, enabling the production of parts that are not only robust and high-performing but also perfectly tailored to the specific needs of your application.