30 years of excellence in Structural Health Monitoring (SHM) and fiber optic technologies for Civil, Aerospace, Medical, and Railway sectors.
Systems based on FBG technology and interferometry. Structural monitoring immune to electromagnetic interference, ideal for extreme environments and long-distance sensing.
Read More →Photonics-based measurement systems. Real-time chemical and physical analysis for industrial processes and advanced diagnostics.
Read More →Sensors embedded in composite materials for real-time monitoring of flight parameters and structural integrity.
Read More →Over 30 years of experience in monitoring large-scale projects: from oil platforms to dams. We bring the precision of fiber optics to places where structural safety is a priority, both now and in the future.
Read More →Applications of fiber optic sensors for minimally invasive monitoring during surgical procedures and non-contact in vitro fluid analysis using optical techniques.
Read More →Monitoring of running dynamics, pantograph control, and structural diagnostics of tracks to ensure safety and predictive maintenance.
Read More →Development of solutions with fiber optic sensors, photonics, and lasers for the industrial world where advanced technological solutions can provide competitive advantages, increased productivity, energy efficiency, and improved product quality.
Read More →Integrated Photonics & Innovative Monitoring Systems "under the hood" meet the technological challenges in the automotive industry.
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Adaptive Membrane with "Human touch" Sensitivity
for pressure and
temperature measurements with fiber optic sensors and shape memory alloy actuators .
Project in cooperation with Politecnico di Milano
Dipartimento di Scienze e Tecnologie Aerospaziali (DAER).
Photonics for Railway infrastructure:
Safe Monitoring and Predictive Maintenance based on
AI and Machine Learning.
Project in cooperation with GCF Spa (project leader), SysUp srl, Lamiflex SpA, Blu Electronic Srl,
Politecnico di Milano - Dipartimento di Scienze e Tecnologie Aerospaziali (DAER).
Development of a custom interrogator for Helicopter Tail Rotor Blade Monitorning.
The challenges: no moving parts, battery operated, resisting to high regime vibrations and acceleration, wireless data communication.
Read More →An Integrated Photonic Solution that uses a silicon-chip micro-ring resonator.
The challenge: To develop an extremely compact device for temperature measurement using FBG sensors along a power cable, designed to be integrated into the cable’s connector.
Read More →Application: Dialysis machines
The challenge: To develop a device for real-time analysis of the solution, to ensure patient safety and reduce infusion time.
Read More →Do you have a specific challenge? Tell us about your needs to receive a preliminary technical analysis from our experts.
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