AMAREA - Portfolio Materials And Customized Solutions

Portfolio Materials and Customized Solutions

Each MMJ printing material combines fine powder with thermoplastic binders and additives. The powder can be derived from a range of high- performance materials, including ceramics, metals, hard metals, cermets, sintered glasses, glass-ceramics, and filled thermoplastic polymers. This versatility enables a broad array of multi-functional applications.

In the MMJ process, thermoplastic binders are heated to form tiny, powderfilled droplets, which cool and solidify almost instantly, building up layers to create a » green part «. This part is then debinded and sintered to produce the final solid structure. MMJ allows multiple materials to be integrated within a single part - like an assembly of different materials, but without the need for actual assembly. It’s a seamless, singlestep Multi-Material 3D printing process.

• Oxide, Nitride & Carbide Ceramics
  
  • Alumina, Zirconia, Aluminum Nitride, Silicon Nitride, Silicon Nitride Molybdenum Disilicide, Silicon Carbide, Silicon Carbide- Glass, Titanium Oxide, Nickel Oxide (Fuelcell-Materials)
• Metals & Precious Metals
  • 316L, 17-4PH, Silver, Copper, Inconel® 718
• Cemented Carbides & Cermets
  • Tungsten Carbide Cobalt, Tungsten Carbide Nickel, Titanium Carbonitride
• Sintered Glasses | Glass-Ceramics
  • Borosilicate Glass | LTCC
• Polymers & Particle-filled Polymers
  • Particle-filled Thermoplastics, Polycaprolacton

where thermoplastic material filled with powders is injected into molds, MMJ uses a layer-by-layer material jetting process that deposits and solidifies powder-filled droplets. This method offers greater design flexibility, complex structures, and precise multi-material distribution within a single part.

Leverage MMJ
With customized printing materials, tailored to your specific needs. Select from a diverse range of material powders.

Broad Spectrum
Explore powders from a wide array of materials, including ceramics, cermented carbides and cermets, sintered glasses, glass-ceramics, metals and precious metals, and thermoplastic polymers.

Particle Size Flexibility
Accommodate fine to coarse powders with particle sizes from 40 nm to 25 μm.
Larger particles can also be used with adjusted print head nozzles.

Morphological Adaptability
Work with powders of various shapes, from spherical to irregular.

BYOP

AMAREA Technology proudly offers the unique » Bring Your Own Powder « service, transforming nearly any powdered material into a Multi Material Jetting printing material for clients through our advanced thermoplastic binder systems. Recognizing that every application has distinct requirements, we strive to deliver unparalleled flexibility in 3D printing materials. Though our portfolio already includes a broad spectrum of high-performance printable materials, BYOP extends this range by allowing clients to bring their own specialized powders to the process.
AMAREA Technology collaborates closely with clients to develop exclusive printing materials that align with their precise specifications, ensuring
a fully customized, innovative, and tailored solution for their unique applications. In this way, we enable a seamless integration of proprietary materials into the MMJ process, advancing the possibilities for next-generation Multi-Material highperformance parts.