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Fiber optic bundles usually consist of optical fibers in a round or linear configuration combined in a hand-piece or in an SMA905 connector to match the entrance slit of most spectrometers.

SEDI-ATI has developed built-in fiber optic assemblies consisting of a dielectric multi-fiber optic cable integrated in an inline hermetic feedthrough.

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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 took part in the project by supplying specific patchcords, fiber-optic bundles, and feedthroughs with our FCXtreme® connector, a compact FC connector for defense and aerospace applications.

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SEDI-ATI offers nuclearized fiber-optic assemblies that perform optical time-of-flight measurement of the water level of nuclear reactor pools.

These assemblies are ideal for reflectance spectroscopy and fluorescence spectroscopy. They can also be used with monochromators.

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SEDI-ATI took part in the INSPECT project by supplying a bundle of 16-channel optical fibers for instrumentation to measure the level of radioactivity in nuclear equipments.

SEDI-ATI took part in the project by supplying specific patchcords, fiber-optic bundles, and feedthroughs with our FCXtreme® connector, a compact FC connector for defense and aerospace applications.

SEDI-ATI took part in the INSPECT project by supplying a bundle of 16-channel optical fibers for instrumentation to measure the level of radioactivity in nuclear equipments.

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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 developed built-in fiber optic assemblies consisting of a dielectric multi-fiber optic cable integrated in an inline hermetic feedthrough.

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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.

This is a 100% customizable component: fiber types, number of fibers, detection geometry (round, square or any geometry), end configuration (hand piece, SMA connector…), mapping of the fibers (random or coherent)… Everything is possible!

SEDI-ATI has designed custom-made fiber-optic probes to be placed at multiple locations inside the Jules Horowitz Reactor.

SEDI-ATI designs customer-specific fiber assembly slutions for blood analysis applications using fluorescence spectroscopy.

SEDI-ATI offers nuclearized fiber-optic assemblies 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.

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 has developed a bundle of scintillating plastic optical fibers to do real-time detection of nuclear contaminants in drinking water.

Pitch yaw rollXYZ

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 designs customer-specific fiber assembly slutions for blood analysis applications using fluorescence spectroscopy.