The Art Of 3D Ceramics And AMEfication Perspectives
Fabricating 3D form factors with extremely robust materials and achieving 3D electrification for RF use cases seem to be one of the most promising applications for AME.
Material-Ceramic
- the ultimative choice for harsh operational conditions
- for mechanical robustness
- to withstand highest temperatures
- to withstand harmful substances
- for biocompatibiliy and recycling issues
- the enabler for high frequency applications
- lowest dielectric loss factors
- high dielectric constant
3D Ceramics for Industrial Applications
picture by Lithoz
DIAMOND HARD - 3D-Printed Silicon Carbide
picture by Lithoz in cooperation with Fraunhofer IKTS
3D Ceramic Manufacturing Process
- reach out full 3D formfactors in high surface quality
3D Ceramics Functionalization
Functionalization of additively manufactured ceramic components by FhG IKTS
3D Ceramics Functionalization
Realization of the J.A.M.E.S Coin by FhG IKTS
3D Ceramic AMEfication
- Combine 3D Smart System design strength with best material properties (mechanical and electrical) for electrified high performance applications
- come closer to HOT & HARSH operation
- come closer to High Power Electronics
3D Ceramics Functionalization for Power Electronics
Semiconductors used in power electronics, such as GaN or SiC, are applied to ceramic LTCC carriers and connected to the circuits using a bonding process.
3D Ceramics Functionalization for Power Electronics
e.g. power module for automotive
3D Ceramics - Plasma Igniter
Multi Material Jetting (MMJ) by AMAREA Technology GmbH
3D Ceramics - Advanced Electronic Packaging
Sensor Triad application by FhG IKTS and FhG ENAS
3D Ceramic for RF- and MmWave-Applications
touching the highest frequencies
3D Ceramic for Special Electro/optical Applications
- Indeed - this material gives an additional vision - transparent 3D Ceramics
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