3D Printed Microwave Solutions for
RADAR
Antennas
Automotive
Drones
5G / 6G
Lab Equipment
Detection & Localisation
Space & Aerospace
Security
How it works?
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Step 01
Design & Simulation
Our experienced Team works with your specification or your design. Our powerful algorithms and EM field solver reduce iteration cycles before any material is touched.
- Your Specification or Your Design
- Experienced Team Over 200+ years of combined experience
- Customized software for 3D printed microwave components
Step 02
Polymer 3D-Printing
High-resolution monolithic 3D-Printing produces the polymer body. Complex internal waveguide features are printed as a single monolithic part.
- Fast and cost effective no tooling required
- Up to ±20 µm dimensional accuracy
- Monolithic no split block technology
- Highly scalable from prototyping and series production
Step 03
Metallization
3D printed polymer body gets fully metallized. Our Golden Devices coating technology enables highest performance with significantly less weight compared to traditional methods.
- <5 dB/m attenuation @ 75 GHz
- In-house metallization process
- Automotive & soldering qualified
- Robustness according to automotive standards
Step 04
RF Measurement & Verification
Every mmWave component is tested before shipment. Additionally, Golden Devices offers the in-house capabilites to perform environmental tests and CT scans.
- Up to 300 GHz beam pattern and S-parameters
- CT scanning for structural integrity
- Full traceability with every shipment
Benefits of Metallized Polymer Components
01
5x faster to market
In-house turnkey solution
02
No split-block design
Freedom of design
03
< 5dB/m @ 75GHz
Microwave performance
04
Up to 300 GHz
Frequency range
05
Environmental Resistance
Automotive standards
06
6x lighter
Weight reduction
07
No tooling cost
Series production and ramp-up
08
100% EOL Testing
Quality assurance
Three steps to your project brief.
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