AMAREA - 3D Ceramics Waveguide Structures
Design
A first design is finished, a complete explanation of the targeted functionality is included, and the targeted printer technology has been provided. This AME design also provides a model which is proven to fulfill the targeted functionality.
AMAREA® and J.A.M.E.S Engineering
are bringing together
Multi-Material Additive Manufacturing for mmWave Applications
3D ceramics in RF Waveguide Usecase by
Co-printing and Co-Sintering of cunductive and non conductive ceramics material
Utilizing
groundbreaking Formfactors and Performance
With the ability to process multiple materials such as ceramics, metals, polymers, and composites in a single step, Multi-Material 3D-printers produce components that are more functional than ever before.
Our Multi Material Jetting (MMJ) Technology is designed to shorten the process chain from sequential to direct manufacturing, resulting in reduced production times and costs.
At AMAREA®, we master the complexity of Multi-Material and understand the importance of premium material quality.
Our material scientists ensure that our products meet the highest standards and exceed your expectations.
3D-Ceramics Is Touching RF- and MmWave-Applications
Topic: "Waveguide Filter"
For the First Time AMAREA Brings
3D print full metallized RF cavity resonator structures with mmWave inserts
Reach out the vision of
- no additional mounting
- RF functional waveguide feeds, filter elements etc.
in 3D ceramics for
harsh environmental conditions and
fixed and robust RF-performance over a wide temperature range
More AMAREA Examples
which
MAKES IT SPECIAL
Driving High Tech Research in Partnership Collaboration
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