Collaborative project A project to develop multicolour analyses adapted to fluorescence microscopy, with applications in pathology analysis (cancer) and associated therapy research. Our objective: To develop a PM-connectorised broadband optical fibre adapted to the 320nm-900nm range. Partners: OXXIUS, IDIL, la plateforme Biosit-Mric, Photonics Bretagne
Collaborative project A unique bi-regional project between Brittany and Wallonia to develop stress-insensitive temperature sensors for aeronautical, maritime and space applications. Our objective: To develop a new technology, unique in France, for manufacturing Bragg gratings on multicore fibres during fibre drawing. Partners: JDC Innovation, Open Engineering, Multitel, Pixer sur Mer, Photonics Bretagne
Collaborative project An R&D project aimed at reducing fuel consumption and hence engine pollution in the aeronautical industry. Our objective: To develop a new type of hollow-core fibre to improve the sensitivity of gas sensors. Partners: IDIL Fibres Optiques, Institut FOTON, Souriau by Eaton, Photonics Bretagne
An internal R&D project aimed at providing innovative solutions for tomorrow’s agriculture (plant health and water status diagnostics). Our objective: To develop and/or test photonic building blocks (optical fibres, sensors, LIDAR, etc.) for fluorescence spectroscopy applications.
A project to develop gas cells for use as ultra-precise optical references. Our objective: To develop hollow-core fibres that guide light in the visible spectrum.
A project to develop photonic building blocks for laser texturing applications. Our objective: To develop hollow-core fibres for very high-power offset.
