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 use cases by co-printing and co-sintering of conductive and non-conductive ceramic materials.
Innovative Form Factors and Exceptional Performance
With the ability to process multiple materials in one step, such as ceramics, metals, polymers, and composites, Multi-Material 3D printers enable high functionality in components that could not have been achieved before.
AMAREA®'s MMJ Technology simplifies the manufacturing process by going from sequential to direct production. This results in reduced production times and costs.
AMAREA® is also an expert in Multi-Material and understands the importance of premium material quality. Their team, comprising material scientists, ensures that every product meets the highest standards and exceeds expectations.
3D-Ceramics Is Touching RF- and MmWave-Applications
Topic: "Waveguide Filter"
For the First Time AMAREA Brings
3D Print Fully Metallized RF Cavity Resonator Structures with mmWave Inserts
Achieve the vision of:
- No additional mounting requirements
- RF-functional waveguide feeds, filter elements, etc.
- High-performance 3D ceramics designed for harsh environmental conditions
Experience fixed and robust RF performance over a wide temperature range.
What Makes AMAREA Unique
More AMAREA examples that make it special.
Driving High-Tech Research Through Partnership Collaboration
If you are interested in the technology behind this, please contact AMAREA® or use J.A.M.E.S services.
The MMJ ProX Series
Now available to order !
Combine Material Properties with the brand new » MMJ ProX « 3D printing system.
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