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Objective of the project We aim at developing innovative high energy laser sources emitting at 2 μm wavelength for enhanced laser processing of various materials in order to circumvent limitations observed today with classical approaches at …

Objective of the project The aim of the GADEIRE project is to develop a new medium infrared guiding fibre (between 2 and 7 μm) for gas detection applications. This fiber will be based on a particular …

Objective of the project The objective of the project is to develop a multi-channel surface plasmon resonance (SPR) biodetection instrument as well as the associated biofunctionalized multiplex SPR chip. The instrument and chip (i.e., SPR kit) …

Objective du projet The main objective of the FEMTOLENS project is to develop a new micro-machining platform integrating different modules, beam shaping and performance prediction/optimization, which will be applied to the machining of injection moulds for …

Objective of the project The SAPHIRE project aims to improve the production quality and efficiency of pharmaceutical tablets and capsules by developing an innovative, multimodal and fully integrated online optical inspection device. Various parameters are sought, such …

Objective of the project WINGS, the technological innovation partnership for the health crisis in the aeronautic sector, brings together 19 partners with an R&D project budget of €112 million for a three-year planned duration Launched at the …

Objective of the projet As consumer demand for fresh fruits and vegetables (F&V) continues to increase, so does the risk of microbiological and chemical contamination. Currently, inspections for F&V are carried out at the production site …

Objective of the project The project targets the development of a roll-to-roll process for flexible solar cells based on the specific Monoscribe approach (developed by the company Sunplugged). The main deliverable of the research carried in …

Objective of the project Within the project CARMEN a versatile multimodal microscopy platform combining the mutual complementary techniques of two-photon excited fluorescence, CARS and STED microscopy for ex vivo biopsies will be developed. The CARMEN imaging …

Objective of the project The aim of the project OPUS is to develop a laser micromachining module compatible with the fabrication of flexible solar cells by roll to roll process. In order to do so, we …