Satellite Parts
Topology-Optimized Antenna Mount
Additively manufactured parts are becoming increasingly common on and in satellites that are launched into space. The technology meets all of the critical requirements: parts are needed in low quantities and they achieve weight and cost reductions through material savings, which is crucial.
"In a certain sense, we’re squaring the circle: We successfully made our part considerably lighter and yet much more stable. The properties were demonstrated with hard test runs, which is essential in the aerospace industry. We’ll be hearing a lot more about additive manufacturing in this industry over the next few years – without a doubt!"
Franck Mouriaux, General Manager for Structures at RUAG
- -40 % weight saved
- 30% stiffness exceeded
Sky-High Productivity
The challenge was to swiftly automate and optimize material handling processes. The solution lies in implementing a materials management system tailored to meet the demands of high-volume production efficiently.
Very good results were achieved:
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Speed and safety improvements were employed to streamline AM workflow.
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All manual material handling from production workflow was eliminated.
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Trained staff supported the new technology, enabling the automated system to flourish.
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Cost and weight savings of additive manufactured parts were as much as 50%.
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Rocket Engines
Industries
To put microsatellites into orbit, small launchers are required. Market demand for these launchers are steadily increasing.
Heat Exchanger
Industries
Whether you need heat exchangers, housings, communication parts, drones, three-dimensional circuit boards or inductors – the diversity of possible additive manufacturing applications spans the entire industry.
