Accueil | Case studies
SEDI-ATI designs strong and reliable fiber-based solutions that are involved in current data security techniques through optical encryption.
SEDI-ATI designs scintillating fiber optic probes for dosimeter applications applied to radiology.
SEDI-ATI has developed a bundle of scintillating plastic optical fibers to do real-time detection of nuclear contaminants in drinking water.
SEDI-ATI has equipped the Antares neutrino telescope with a network of hermetic optical fibers.
SEDI-ATI has participated in the design of the LIFU and one MOS by the design, the setting up of manufacturing processes and the assembly of fibered sets.
SEDI-ATI is specialized in complex assemblies of a high number of fibers for large instruments.
SEDI-ATI has delivered 64 slitlets of 16 optical fibers each, to form 2 identical slits of 512 fibers, aimed at transporting the light of celestial.
SEDI-ATI designs customer-specific fiber assembly slutions for blood analysis applications using fluorescence spectroscopy.
SEDI-ATI designs optical fiber needle probes for the early diagnosis of breast cancer using a fluorescence detection technique.
SEDI-ATI offers disposable fiber optic probes with a homogeneous radial emission, ideal for vaginal rejuvenation applications.
SEDI-ATI manufactures silica fiber optic probes with a radial emission for endovenous laser thermal ablation treatment of varicose veins.
SEDI-ATI provides fiber optic cables to transport the high-power laser beam from a stripping machine to the surface to be cleaned.
SEDI-ATI offers disposable ultra-lightweight and compact fiber optic spools directly mounted onto tethered robotic crawlers for pipe inspection operations.
SEDI-ATI has developed built-in fiber optic sensors consisting in a ruggedized dielectric multi-fiber optic cable assembly.
SEDI-ATI offers nuclearized fiber-optic sensors that perform optical time-of-flight measurement of the water level of nuclear reactor pools.
SEDI-ATI has designed custom-made fiber-optic probes to be placed at multiple locations inside the Jules Horowitz Reactor.
Despite ongoing efforts to find alternative sources, oil still plays an important role in today’s global economy.
SEDI-ATI has developed built-in fiber optic assemblies consisting of a dielectric multi-fiber optic cable integrated in an inline hermetic feedthrough.
SEDI-ATI optical fiber assemblies are mounted on the space atomic clock PHARAO on board the ISS to test Albert Einstein’s predictions on general relativity.
SEDI-ATI offers spatialized multimode wavelength division multiplexers to control the integrity of the opto-pyrolines used in launchers and satellites.
SEDI-ATI offers fiber optic on/off probes consisting of bundles of optical fibers resistant to +600 °C in order to perform tip timing measurements during engine tests.
SEDI-ATI offers special fiber optic patch cords, cables, and miniature connectors dedicated to aeronautic-embedded fiber-optic interconnections.
SEDI-ATI offers disposable ultra-lightweight and compact fiber optic cables directly mounted onto tethered underwater robots for inspection and combat missions.
SEDI-ATI offers disposable ultra-lightweight and compact deployable fiber optic spools to be directly mounted onto unmanned ground vehicles.
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