Julight is an Italian innovative company, spin off of the University of Pavia, founded in 2011 with the goal of bringing the great potential of laser and photonic technologies from university laboratories to everyday life. The expertise of Julight stems from the knowledge acquired over more than 20 years of applied scientific research in photonics, bio-photonics and electronics. Julight designs, d
evelops and manufactures devices, sensors and instruments based on laser light and photonic techniques. The main products are contactless vibrations measuring instruments based on the novel Self-Mixing interferometric configuration, enabling accurate control and monitoring of industrial processes and product quality. Julight LASER VIBROMETERS and TRIANGULATION LASER DISTANCE SENSORS can be used for non-contact monitoring of vibrations or modal analysis, to perform specific investigations for industrial process control and predictive maintenance, in fields such as: mechanical, automotive, energy, infrastructures, acoustics, biomedical. A new system has been recently developed, jointly with major automotive manufacturers, to measure the valve motion of gasoline engines with high accuracy. Julight also offers state-of-the-art CUSTOMIZED SERVICES based on the exploitation of laser and photonic technologies applied to industrial environment and scientific research. The design of custom solutions, and realization of prototypes and small-series production are well within the capabilities of Julight. Julight is active in R&D aimed to find other applications of the basic principles (contactless vibrations measurement). Julight has been admitted to two EU Projects: one FP7 project - Research for SMEs – NISTAS (2014-2016), for the development of a novel medical instrument for fast and contactless screening of the status of the vascular system of human patients through the measurement of the arterial stiffness and one H2020 – LUMENTILE (2015-2018) for the development of a new generation of modular luminous components for design-driven applications, namely an electronic luminous tile.
