The magazine 360°R&D from ASRC comes back on CTEC new Moving Iron Controllable actuators so called MICA™. CEDRAT TECHNOLOGIES (CTEC) has been designing, optimising and manufacturing electro-magnetic actuators for its customers for more than 20 years. The MICA™ are powerful, compact, dynamic and precise actuators. Read more…
The magazine 360°R&D from ASRC comes back on CTEC participation to the ROXTAR project which aims at developping technology bricks for the next generation of flat-panel detectors used for taking X-rays. Project leader Trixell will use these bricks to develop portable and low-cost X-ray machines that are the first of their kind in the market. Read more…
The magazine Le Dauphiné Libéré comes back on CTEC compact, dynamic and accurate products for mechatronics systems which are recognised and appreciated worldwide by customers operating in varied fields such as aerospace, biomedical sciences, automated manufacturing, optronics and more. Read more…
CEDRAT TECHNOLOGIES (CTEC) is an internationally recognized mechatronics specialist with a strong experience in developing solutions for optronics and photonics applications (microscans, objective positioners…). CTEC’s notoriety in such fields is highlighted in the last issue of the Photoniques Magazine. Read more…
360°R&D, the ASRC Magazine, comes back on CTEC’s new generation of Modular Tranducers (see p.8). Indeed in the framework of the SONO project (which aimed at developing a pilot line for the production of medical antibacterial textiles) CTEC has develop a new kind of transducer so called the Modular Ultrasonic Transducer MUST that can be used in various field of application like Sonochemistry, … Read more
360°R&D, the ASRC Magazine, comes back on CTEC success story relative to active control of vibration applied on a ski structure. The objective of the project was to damp the large modes of vibrations keeping the robustness of the control and the static loads during the ski ride. Vibrations up to 80mm pk-to-pk were reduced with an attenuation up to 30dB and … Read more
