Conventional point sensors can gather limited amounts of data, leaving blind spots that can compromise both performance and safety. Distributed Temperature Sensing allows us to turn a single optical fiber into thousands of sensing points and enables us to provide continuous temperature measurements. This method enables us to deliver real-time, high-resolution information that empowers industries to design better products and verify systems.
Our interest in creating solutions that are versatile and compatible within other existing measurement systems started with the combination of our exceptional interrogator systems with fiber optic technology capable of measuring distributed temperature and strain. At Sensuron, we design our platforms to meet the requirements of the aerospace, energy, civil, and industrial sectors. Our customers are now able to receive continuous monitoring of their product’s health and performance.
Delivering Continuous Insight
We think of monitoring systems as providing a full and continuous view, rather than mere snapshots. Our fiber optic sensing solutions harness a single fiber to create a dense network of virtual sensors to read strain, temperature, deflection, and shape in real-time. For our customers, this means a complete understanding of their systems, whether they’re designing aircraft, energy facilities, bridges, or automotive components.
Our distributed fiber optic sensing (DFOS) products are designed for durability and precision. The products are designed to function in challenging environments with the greatest accuracy possible. We have a range of products, from RTS125+, RTS040, RTS250+, to high sampling rate FBG interrogators to provide customers with the flexibility to support many types of applications. Each platform is designed to provide measurements with the speed and detail that customers need.
Precision Across Applications
Our systems have been utilized in industries where safety and performance are critical. In aerospace as we support flight testing, structural health monitoring, and spacecraft development. In energy applications we help monitor critical infrastructures, from pipelines to generation facilities. Civil engineering projects can benefit from detailed distributed strain profiles, while automotive engineers can refine designs and testing with our sensing solutions.
All of our systems employ Fiber Bragg Grating (FBG) technologies. The gratings reflect specific wavelengths of light that change with strain or temperature. This technology allows our interrogators to provide accurate, real-time measurements in challenging environments. Our solutions are also immune to electromagnetic interference, making them applicable to a variety of industries.
Integration and Support
Our systems are easy to integrate.. Our systems work with standard data acquisition systems like LabVIEW, MATLAB, and IRIG-106 Chapter 10. At a high level, through the combination of user-friendly software, APIs, and data visualization, we can help our customers make rapid interpretations of results and thus make informed decisions.
We support our solutions with training, installation, and support. We provide support from project creation through maintenance, and our team works closely with customers to ensure we achieve success at each stage. This means we offer not just products, we offer complete sensing solutions. Monitoring in the future will depend on accurate, scalable, continuous data. Distributed Temperature Sensing applies our advanced fiber optic technology to provide accurate and reliable measurements.