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.
MoFis™
Battery-powered and with a wireless communication system suitable for portable and remote access applications.
WiFos™
This matches MoFis™ and iWiSe-Net™ capabilities but adds solar-cell energy harvesting for outdoor, portable use.
FAESense™
For acoustic emissions. Compact and low-power, USB, Ethernet, or Wi-Fi connectivity for remote access or onboard processing.
FAULSense™
This uses PZT actuators and FBG sensors for acoustic-ultrasound testing. It’s compact and efficient with USB, Ethernet, or Wi-Fi connectivity.
FBG Transceiver™
This compact, power-efficient interrogator supports up to 12 FBG sensors per fiber or 32 fibers. It features USB, Wi-Fi, and Ethernet.
iWiSe-Net™
These systems match FBG Transceiver performance but are battery-powered and wireless for remote access.
DIFOS-FBG™
This product line features a rugged, autonomous, battery-powered system with wireless communication and onboard processing.
FBG Sensor Elements
ROI offers bare-fiber and packaged FBG sensors for passive and dynamic events, with custom packaging.
DiMOMS-FOAS™
Accelerometers are ultra-sensitive, compact fiber optic sensors using MOMS technology for precise real-time monitoring.
DiMOMS-Hydro™
Ultra-sensitive, compact fiber optic hydrophones with MOMS technology for precise, EMI-insensitive underwater sound monitoring.
MOMS-ACDC-Pressure™
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.
HySense™
This detects hydrocarbon leaks in gases and liquids, offering rapid, reliable alerts.
FOxSense™
This offers precise, all-optical oxygen monitoring with built-in temperature and pressure compensation.
SeePhase™
This detects and classifies fluorescence lifetimes, distinguishing markers from background interference.
FIRIS™
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.
FIRIS™
It uses dual-wavelength optics for precise colorimetric and fluorescence measurement.
FOAMS™
It offers cost-effective, non-invasive monitoring of vital signs and sleep disorders using “Smart-Fabrics.”
RUVPhase™
This is a UV fluorescence endoscope for precise in-vivo imaging of fluorescent markers.
ResHealth™
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