Our Product Portfolio
Our fiber-optic sensor solutions include passive FBG interrogators for measuring strain, temperature, pressure, vibration, and acceleration, along with a range of packaged FBG sensors. Dynamic FBG interrogators are designed for high-sensitivity applications such as acoustic emissions and ultrasound. Additionally, our MOMS interferometric fiber-optic sensors use advanced micro-optomechanical technology for precise measurements in complex environments.
Battery-powered and with a wireless communication system suitable for portable and remote access applications.
This matches MoFis™ and iWiSe-Net™ capabilities but adds solar-cell energy harvesting for outdoor, portable use.
For acoustic emissions. Compact and low-power, USB, Ethernet, or Wi-Fi connectivity for remote access or onboard processing.
This uses PZT actuators and FBG sensors for acoustic-ultrasound testing. It’s compact and efficient with USB, Ethernet, or Wi-Fi connectivity.
This compact, power-efficient interrogator supports up to 12 FBG sensors per fiber or 32 fibers. It features USB, Wi-Fi, and Ethernet.
These systems match FBG Transceiver performance but are battery-powered and wireless for remote access.
This product line features a rugged, autonomous, battery-powered system with wireless communication and onboard processing.
ROI offers bare-fiber and packaged FBG sensors for passive and dynamic events, with custom packaging.
Accelerometers are ultra-sensitive, compact fiber optic sensors using MOMS technology for precise real-time monitoring.
Ultra-sensitive, compact fiber optic hydrophones with MOMS technology for precise, EMI-insensitive underwater sound monitoring.
Uses optical interferometry to measure underwater pressures with dual Fabry-Perot sensors and PIC electronics.
Our products offer accurate oxygen monitoring with built-in compensation, rapid detection and localization of hydrocarbon leaks, and real-time analysis of fluorescent markers, even amidst background interference. Additionally, we provide precise colorimetric and fluorescence measurements. Our fiber-optic chemical sensor elements cover a wide range of applications and are available in various configurations. Each solution is designed to ensure top performance and accuracy for your critical needs.
This detects hydrocarbon leaks in gases and liquids, offering rapid, reliable alerts.
This offers precise, all-optical oxygen monitoring with built-in temperature and pressure compensation.
This detects and classifies fluorescence lifetimes, distinguishing markers from background interference.
It uses dual-wavelength optics for precise colorimetric and fluorescence measurement.
Our innovative fiber-optic bio-medical sensors and instrumentation, designed to elevate healthcare diagnostics and patient monitoring. Our solutions feature a compact, non-intrusive respiratory monitor for real-time gas measurements and sleep apnea alerts. We provide precise remote colorimetric and fluorescence monitoring for optogenetics and neuromodulation. Our cost-effective, disposable system with “Smart-Fabrics” tracks vital signs and sleep disorders, and our high-resolution UV fluorescence imaging enables detailed in-vivo endoscopic analysis. Each product employs cutting-edge fiber optic technology to enhance diagnostic accuracy and patient care.
It uses dual-wavelength optics for precise colorimetric and fluorescence measurement.
It offers cost-effective, non-invasive monitoring of vital signs and sleep disorders using “Smart-Fabrics.”
This is a UV fluorescence endoscope for precise in-vivo imaging of fluorescent markers.
This is a compact, non-intrusive monitor for real-time respiratory and gas measurements.
Light via Fiber
Easy-to-deploy optical sensors
Highly Multiplexable
Distributed multi-functional sensing with few-to-many sensors on each fiber
Low-Power Sensors
Low-power sensors are free of electrical wires, eliminating risk of sparks
Lowest-Cost Sensors
By the use of silicon photonics wafer manufacturing we are able to achieve very cost effective sensing solutions
Software-Managed
AI-embedded software for efficient data capture and analytics
Hack Resistant
Easy-to-deploy optical sensors
EMI/RFI Immune
Pure optical sensing ensures total immunity against electromagnetic noise sources
Negligible Mass and Size
Tiny strands of sensor-embedded fiber cause no disturbance to monitored subject
Chemically Inert
Deployable and operable with high reliability in corrosive and harsh environments