CEDRAT TECHNOLOGIES designs proximity position and speed sensors of the following types :
Typical R&D works performed by CEDRAT TECHNOLOGIES include magnetic, electric and electromagnetic analysis with FLUX FEM software, optimization, sensitivity analysis, prototyping and testing. Development works can include electronic conditioning boards. CEDRAT TECHNOLOGIES can also perform trade-off analysis between different solution to help the customer in selecting the most appropriate solution.
CEDRAT TECHNOLOGIES' experience has been developed in various industrial fields from automotive industry with BOSH, ELECTRICFIL, MICHELIN, PSA, SIEMENS ... to the precision instrumentation field with ONERA, SENSOREX, ... or aerospace fields with CNES, MESSIER, DOWTY, TURBOMECA ...
Other examples are given in the sensor products section, in the publications or in the Detection Systems section.
Inductive magnetic sensors developed by Cedrat Technologies allow a non-contact distance measurement up to 4 centimeters. They are available with different sensor technologies to match with customer specifications in terms of resolution, dimensions, power, bandwidth etc.
They are used by MICHELIN for its QUICKSCAN tyre wear measurement.
Manufacturing and Process Control, Robotics, Automobile, ASD, NDT, SHM, …
Thanks to its extensive experience and know-how with SGS, Cedrat Technologies managed to obtain a long term and excellent thermal stability, as well as a long lifetime. Those improvements bring the performance of the SGS to the same level as competing technologies, making them very attractive for space, military, and industrial applications.
Space, Military, Industrial ...
CTS sensor developed with PSA can be set as a mix sensor, to capture both the torque and the rotation speed in a stationary axle or rotating shaft without contact. CTS is also selected for SMART JOINT precision robot project.
Automotive, Machine Tool, Robots, Turbines, Motors...
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