Airbus Defence & Space uses Sunex lenses in space
This case study reveals how Airbus Defence & Space used a Sunex lens from FRAMOS to capture reliable, distortion-free images aboard the ISS for biological experiments.
"Even in microgravity, optical precision matters-Sunex lenses proved space-ready."
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When Airbus Defence & Space developed the Fruit Fly Lab experiment for the International Space Station, it needed a camera system that could deliver ultra-reliable, distortion-free imaging in microgravity. They turned to Sunex lenses supplied by FRAMOS-known for their precision optics and performance in extreme environments.
The camera-lens combination enabled long-duration biological observation with minimal image distortion and high sharpness, even across curved surfaces and under varying light conditions. The result was a resilient optical setup that supported one of the ISS’s most innovative microgravity research platforms.
Industry: Aerospace & Scientific Research
Supporting next-gen experiments aboard the ISS with imaging solutions built for extreme conditions.
Application: Biological Imaging in Space
Designed for long-duration studies like the Fruit Fly Lab, where image clarity under microgravity is critical.
Technology Used: Sunex Lens + Sensitive Sensor
FRAMOS-supplied wide-angle lens delivers high sharpness with minimal distortion in compact optical systems.
Result: Distortion-Free Space Imaging
Enabled reliable observation across curved surfaces and shifting light, supporting innovative microgravity research.
Want to see the imaging system behind this ISS research platform?
Download the case study to discover how FRAMOS and Sunex delivered a resilient imaging solution for Airbus Defence & Space aboard the International Space Station.
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If you're developing imaging tools for extreme environments-on Earth or in orbit-FRAMOS can help you source and customize precision optics like Sunex lenses for aerospace and research missions.