Research & Development
INFIBRA TECHNOLOGIES wants to remain competitive in its strategic sectors standing ahead of the technology curve, to this end the company invests in Research and Development participating to both National and International project calls, working within a project team, which involves world leaders Companies and Research Institutes. In particular, INFIBRA TECHNOLOGIES through Research and Development projects aims to develop innovative optical fiber sensing technologies to address state of the art applications in Oil&Gas, Power, Transportation and Civil Engineering. Our laboratories are comprehensive of simulation and design softwares, equipments for assembly and thermo-mechanical tests of fiber optic sensors, as well as microscopes for quality check of our products.
Dates: 2024-2025
Partners: co-finanziamento dal FESR Toscana 2021-2027
Aim: The RIMA project aims to industrialize an innovative sensor, based on photonic measurement technology, for the control and monitoring of loads, pressures, temperatures, accelerations and/or forces that, thanks to its versatility in terms of geometries, dimensions and materials, can be used in various application fields, such as industrial machinery, automotive, civil construction and others
Delivered: Running
Dates: 2021-2022
Partners: co-finanziamento dal POR FESR Toscana 2014-2020
Aim: Realization of an innovative system, based on photonic measurement technology, for the integrated control of the operating parameters of self-driving and non-autonomous vehicles, such as, for example, monitoring of the state of wear of critical components, the state of health of the batteries of electric vehicles. Result: Prototypes of opto-electronics and sensors for temperature measurement
Delivered: Concluded
Dates: 2020-2022
Partners: Agenzia Spaziale Italiana, Scuola Superiore Sant'Anna
Aim: Development of highly-integrated fiber optic sensors system for aerospace
Delivered: Concluded
Dates: 2017-2018
Partners: Nuovo Pignone, ILT, Alta Industries
Aim: Development of new technologies suitable for energy sector, with particular attention to the environment and to the integration with traditional production systems
Delivered: Concluded
Dates: 2016-2017
Partners: University of Pisa
Aim: Characterization of an innovative heat exchange device for space application with the FBG technology. See www.uphos.ing.unipi.it
Delivered: Concluded
