Luna Innovations Incorporated products

The ODiSI 7100 Series is a groundbreaking measurement system designed to overcome the testing challenges presented by advanced materials and systems of the 21st century. This system offers the ability to take thousands of strain or temperature measurements per meter using a single high-definition fiber sensor, providing unparalleled spatial resolution and precision. The sensor's flexible, low-profile design requires no electrical source, making it suitable for bonding to sharply curved surfaces or embedding within structures. By capturing high-resolution strain and temperature data in real-time, the ODiSI system provides insights not achievable with conventional point sensors or other fiber optic technologies, supporting measurement and control applications in demanding environments. The system is ideal for applications such as structural health monitoring, process control, and high-definition distributed sensing, offering unprecedented visibility into components or processes.

The T-Ray® 5600 and 5700 are part of Luna's latest innovations in terahertz technology, designed for precision in waveform control, generation, and detection. The T-Ray 5600 is built upon a newly redesigned optical subsystem and advanced electronics that offer increased reliability and maintainability. It delivers high-speed processing up to 1,000 measurements per second, setting a benchmark in industrial terahertz systems. The T-Ray 5700 retains these high-performance capabilities and includes enhanced cybersecurity features. These products integrate seamlessly with industrial automation and robotics, ideal for thickness measurements, shape analysis, and density assessments. The TCU56xx in the same series supports a variety of sensors and gauges through robust interfaces, operable with T-Ray® Server Software. This latest model can be customized with multiple delay configurations for a wide range of measurement applications.

The Luna OVA 5100 is a sophisticated optical vector analyzer designed for the precise measurement of loss, dispersion, and polarization in modern optical networking equipment. Ideal for use in research, product development, and manufacturing, it provides single-connection, all-parameter characterization of a diverse range of fiber components, including couplers, Fiber Bragg Gratings, and arrayed waveguide gratings. The device uses an interferometric method to measure the linear transfer function, known as the Jones Matrix, enabling accurate extraction of linear parameter measurements. The OVA 5100 is capable of sweeping a tunable laser across a wide range of wavelengths, making it an effective tool for testing and characterizing various optical devices. With comprehensive functionality and the ability to replace the OVA 5000, it is an economical choice offering high-speed and precision diagnostics for optical components.

The Luna OVA 5100 is designed as an advanced and economical solution for loss, dispersion, and polarization measurements in modern optical networking systems. Serving as a direct replacement for the OVA 5000, the OVA 5100 maintains equivalent functionality while utilizing an innovative asymmetric interferometric method to measure the linear transfer function, or Jones Matrix, enabling precise extraction of standard linear parameter measurements. It supports a wide spectral range and single-connection, all-parameter characterization of various fiber components, including couplers, specialty fibers, and filters, through a simple, efficient tunable laser sweep. The OVA 5100 stands out as a comprehensive tool for passive optical component analysis across research, product development, and manufacturing testing environments.