Optomechatronics

Thema:: Semicon and quantum; Smart manufacturing; Space and scientific instrumentation

27 July 2022

Optical systems require precision mechanics that enable highly stable positioning, precise and predictable motion, and ultimate structural stability. Especially in extreme environments like space. The dedicated engineers in TNO Optomechatronics design, realise, and test mechatronic systems that drive societal benefit and scientific advancement. Our contributions to space, astronomy, semicon and big science are some of the most advanced and innovative in the world.

Discovery that drives change

From mapping the Milky Way to rapidly measuring and manipulating matter at nanometre scale, precision optics can be used to address key scientific questions in space exploration, astronomy, nuclear fusion, and quantum. It is also often required in high-tech commercial applications in semiconductors, satellite communications and smart manufacturing. But in order to fully utilise the power of optics, the platforms, controls, sensors, and actuators that enable their movement must be as precise and reliable as possible.

TNO Optomechatronics offers a range of expertise – from mechanical, mechatronic, dynamics and control, to electrical, software, low latency data processing, and communication engineering. These are supported by our systems engineering and project management competences. As part of dynamic, multidisciplinary teams, we contribute to mechanical design, control technology, nanomechanics, and systems engineering and architecture in mechatronic systems. We combine dynamic system analysis and design methodology with experience in metrology, sensors, and actuators, and ensure system control.

Behind the scenes at TNO Optomechatronics

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Support for industry acceleration

Each industry with which we engage uses optics in a different way. So, we tailor our expertise, solutions, and advice to their specific requirements. This includes building spectrometers, flight hardware, and calibration equipment for space instrumentation, as well as designing sensors, metrology, and lithography concepts for the semiconductor industry. We also develop sensors for the biomedical industry and a wide range of sensors and actuator systems for, among others, nuclear fusion reactors, neutrino detectors, and large astronomical telescopes, as well as for smart manufacturing.

Our unique and extensive knowledge in optical assembly, precision design principles, and system stability prediction enable project acceleration. And our interdisciplinary approach to system architecture, design, production and testing offers significant value.

Want to know how TNO Optomechatronics can contribute to your optical systems? Get in touch today.