MARKET
aerospace.
Aerospace instruments must be able to withstand extreme conditions, such as the impact of a satellite launch or large temperature differences. At the same time, they must meet extremely high (precision) requirements. For example, optical systems must be able to compensate for atmospheric disturbances caused by temperature variations and turbulence. In sensitive measuring instruments, thermal noise determines the quality of the measurement. We develop innovative solutions for these challenges and translate these solutions into optomechatronics systems and thermal control. This way we contribute to sharp, high-contrast images and reliable, broadband communications.
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thermal systems & control
Extreme cold prevails in space and major temperature differences can occur in...
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free-space optics
The quality of optical instrumentation is the Achilles’ heel of many aerospace...
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sharp images, reliable communications.
The fascination for astronomical research has inspired the construction of sensitive optical instruments able to function under extreme conditions. There are also practical applications in the aerospace sector, such as earth observation (for e.g. climate change) and laser satellite communications for global reach. We develop advanced systems and cooling technology for this purpose, by applying our optomechatronics and thermal expertise.
sharp images, reliable communications.
The fascination for astronomical research has inspired the construction of sensitive optical instruments able to function under extreme conditions. There are also practical applications in the aerospace sector, such as earth observation (for e.g. climate change) and laser satellite communications for global reach. We develop advanced systems and cooling technology for this purpose, by applying our optomechatronics and thermal expertise.
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