Luna’s RIO Lasers developed proprietary PLANEX technology specifically to address the needs of optical sensing and meteorology where high coherence length and low noise are critical enabling specifications. In this second post of a 2-part series, we examine the performance further and examples of outcomes.
Through continuous monitoring of stress, strain, cracks, displacement, tilt and vibration, fiber optic sensing systems can provide advanced warning of growing structural problems and reduce the risk of failure. By leveraging the many benefits of fiber optic sensing, these systems can remotely monitor critical structures affordably and reliably.
Luna has expanded the capabilities of the HYPERION fiber optic sensing platform with the addition of a family of high-temperature multipoint probes ideal for industrial applications.
In celebration of Earth Day this month, Luna is recognizing our Terahertz sensors and solutions including Luna’s T-Ray product.
The recent release of Version 2.3.0 of the ODiSI application software continues the ongoing improvements in performance and functionality of the ODiSI high-definition distributed fiber optic sensing platform.
Luna technology was used by an international team of astronomers who just measured Jupiter’s raging stratospheric winds for the very first time—and they used a 27-year-old comet to do it.
Luna’s Terahertz (THz) measurement solutions were featured in the March 2021 issue of the Journal of Blow Molding, a publication focused on the manufacturing process for forming and joining together hollow plastic parts such as used in forming bottles or other hollow shapes and containers.
Luna has optimized its ODiSI 6000 interrogator family and new sensor to drive next-level temperature profiling.
Luna is working on a research project in collaboration with NASA, Sierra Nevada Corporation (SNC), and ILC Dover to develop an approach for structural health monitoring of inflatable space habitats using our innovative high-definition fiber optic sensing (HD-FOS).