Engineered for exceptional precision, energy – and price efficiency. Our sensors are designed to power the next generation of navigation, guidance and measurement systems, setting new standards in performance.
Unrivaled sensitivity and stability with a bandwidth from 0 to 200 Hz gives your application ultra-precise data.
At 9x9x3mm and only 1.5 grams, our sensors are the smallest and lightest MEMS sensors of this class on the market today.
Industry-leading ultra low-power consumption as low as 20mW offers efficient solutions.
Competitive per-unit costs through standardised, volume production manufacturing.
High precision positioning, with or without GPS assist.
Fast identification of changes to structural integrity.
Innoseis Sensor Technology MEMS sensors were born from fundamental research into gravitational wave detection and are now demonstrating world-record performance in their class, addressing critical needs in various application areas.
Leveraging in-house experience, we’re developing the next generation of novel sensing products, designing and manufacturing high precision, low power wireless sensing technology, improving clients’ business and operational efficiencies.
We’re excited to celebrate this huge achievement with Matthijs! Not only has he been steering Innoseis with his technical expertise, but now he’s added an MBA to his impressive skill set. From leading our innovative projects like Einstein Telescope (ETT), to pushing the boundaries of our cutting-edge MEMS sensor
DUTCH VERSION BELOW – NEDERLANDSE VERSIE HIERONDER As of August 2024, Innoseis Sensor Technologies’ engineers have successfully delivered the first seismic sensor prototypes for use in a lunar seismic mission that will land on the Moon in 2026. After a successful commercialization of highly sensitive seismic sensors in the energy sector,
On behalf of the Innoseis ST team, we’re thrilled to celebrate Rick’s impressive achievements—completing his internship with us and graduating! He has shown incredible dedication, an ability to solve problems and to communicate with the team throughout his electrical engineering internship. As Rick embarks on the next chapter of his
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