R&D projects involvement
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SensOLiB — Infrared fiber optic operando spectroscopy
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DOMMINO — Dissolve organic matter monitoring
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FEM2BIO — Extended fiber for multicolor microscopy in biology
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SMOGLESS — Optical gas measurement system
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SIMBADE — New fiber amplifier in band O+E
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CAFCA — FBG sensors on multi-core fibers
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ERC FOCUS — Earthquake monitoring systems
What sets us apart?
Leveraging expertise in fiber optic terminations, optical delay control, optical design, mechanical integration, embedded spectroscopy, fast electronics, and HMI development, we engineer high-performance photonic solutions for smart sensing, aerospace, biophotonics, telecommunications, advanced optical systems and quantum technologies. Do not hesitate to ask for more details.
SMOGLESS — OPTICAL GAS MEASUREMENT SYSTEM
The SMOGLESS project aims to develop an embedded optical gas monitoring system specially designed for measuring kerosene combustion gases in the aeronautics industry.
CAFCA — FBG SENSORS ON MULTI-CORE FIBERS
Current Fiber Bragg Grating (FBG) sensors and interrogators cannot distinguish between temperature and stress measurements. The CAFCA project addresses this limitation by developing a novel embedded optical monitoring system for the aeronautics and naval industry.
AQLAS — HIGH GRADE LASERS FOR QUANTUM COMPUTING
The European collaborative project AQLAS aims to revolutionize quantum technologies by industrializing ultra-precise laser modules. By addressing the limitations of current laser systems —often bulky, complex, and expensive—AQLAS is developing a compact, reliable, and cost-effective laser module through innovative design and advanced fiber interferometry technology.
ERC FOCUS — EARTHQUAKE MONITORING SYSTEMS
The ERC Focus project wants to use underwater communication cables to help monitor earthquakes.. The scientific team proposes to add sensors to communication and subsea optical cables to detect and track climate change, elongations and undersea disruptions.
SIMBADE — NEW FIBER AMPLIFIER IN BAND O+E
The SIMBADE project aims to develop multi-band WDM optical transmission systems operating in the O-band (1260-1360 nm), E-band (1360-1460 nm) and S-band (1460-1530nm).
SENSOLIB — INFRARED FIBER OPTIC OPERANDO SPECTROSCOPY
The SensOLiB project, a collaboration with the Rennes Green and Ceramic Laboratory and the Collège de France, introduced for the first time in the battery sector an operando chemistry monitoring using infrared optical fibers.
DOMMINO — DISSOLVED ORGANIC MATTER MONITORING
This project is a chemical research initiative aimed at monitoring river and stream pollution through spectroscopic and pH analyses. The laboratory instrument developed by IDIL significantly reduces analysis time, cutting sample processing from over 4 hours to under 1 hour, following just 20 minutes of preparation.
FEM2BIO — EXTENDED FIBER FOR MULTICOLOR MICROSCOPY IN BIOLOGY
The FEM2BIO project is pioneering advancements in video microscopy by enabling simultaneously monitoring of five fluorescent proteins in order to observe and better understand celllular mechanisms.
