Luna Innovations | Fiber Optic Sensing and Measurement Systems
Dedicated to every customer’s success through personal accountability to meet business goals, improve systems and ultimately solve problems. In-situ monitoring based on high-definition distributed fiber optic sensors is being used to provide real-time data to optimize and verify the joining processes. For products with fabric cords, the ability to make online balance measurements has not been available - until now. Luna's terahertz sensor-- using reflections of an emitted energy pulse -- can provide safe, fast, accurate thickness measurements and simultaneously assess the balance of ply constructions. Built by subject matter experts, Silixa’s engineered solutions serve the unique demands of multiple sectors. OptaSense provides intelligent business value through the deployment of distributed acoustic sensing (DAS) in a wide variety of application areas serving a global market. LIOS distributed sensing solutions deliver continuous and accurate monitoring of temperature and strain over long distances or across large surfaces. RIO Lasers develops and manufactures optical sources and subsystems based on its proprietary planar external cavity laser technology (PLANEX™), which delivers unique price-performance advantages across multiple markets.
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Lightweighting and Advanced Materials | Luna
Lightweighting is a major trend in many industries and especially in the automotive and aerospace industries. Lightweighting involves new designs and the adoption of lighter, advanced materials such as advanced composites. The design, manufacturing, certification and maintenance of these new materials and structures introduces many new measurement requirements and challenges, which fiber optic sensors are uniquely suited to address.
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Thermal Mapping of Batteries | Luna
The performance and lifecycle costs of electric vehicles and hybrid vehicles depend heavily on battery functionality. The thermal design and operation of battery modules and battery packs is critical to the deployment of economical, safe and reliable electric powertrains. A Better Alternative to RTDs and Thermocouples Fiber optic sensors have several inherent benefits that make them ideal for thermal analysis of batteries and other energy storage technologies, including: Dielectric — immunity to EMI and high voltages Corrosion-resistant Non-conductive optical fiber Multipoint and distributed thermal measurements Fast thermal response. Fiber optic sensors can be embedded into battery packs and make direct contact with battery cells and contacts, without any concern for causing short circuits or being affected by high voltages and currents. Luna’s HD-FOS Technology Provides Continuous Temperature Measurements Luna’s fiber optic sensing solutions are inherently multipoint or distributed, allowing temperature sensing at many more locations using only a single, very small optical fiber. Luna’s high-definition fiber optic sensing (HD-FOS) technology provides essentially continuous temperature measurements along the fiber, supplying much more thermal data than possible with conventional systems using RTDs and thermocouples. Additionally, embedded fiber optic sensors have a very low thermal mass and exhibit a very fast response to rapid temperature increases for early detection of overheating and thermal runaway events.
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Manufacturing Test of Fiber Optic Assemblies | Luna
Luna’s advanced test and measurement capabilities are helping manufacturers efficiently deliver consistent product quality. OFDR-based systems, such as the OBR 4600 and Luna 6415 are ideal for fast and reliable production testing of fiber optic components and assemblies. Compared to traditional approaches to test return loss and insertion loss, Luna systems are faster, more accurate and provide additional test coverage and detail. OFDR/OBR Capability Manufacturing Test Benefit Reflection measurements Single-ended access for measurement of IL and RL Spatially-resolved loss measurement Localized loss characterization Identify location of loss and faults Precise length measurement Spectral analysis Test wavelength-dependent functions High dynamic range and sensitivity Higher accuracy and precision High-speed measurements Increased test throughput In addition to providing the standard loss measurements required for most fiber optic testing, Luna’s OBR systems provide spatially-resolved loss analysis for additional insight and diagnostics, highly precise length and latency measurements and spectral analysis for wavelength-dependent components. Compared to traditional approaches to test return loss and insertion loss, Luna systems are faster, more accurate and provide additional test coverage and detail.
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How many employees does Luna Technologies approximately have?
As of the latest available information Luna Technologies has around 251-500 employees worldwide.
When was Luna Technologies founded?
Luna Technologies was founded in 1990
In which industries does Luna Technologies mainly work?
The company Luna Technologies has it's main focus in the industries of Professional Services, Manufacturing, Health Care
What is the current company status of Luna Technologies?
Based on the founding year and the amount of employees the company Luna Technologies seems to be a Medium-Sized Company at the current state. Note that over time that status can change
