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Fiber Optic Sensing System Product List

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Fiber Optic Sensing System "FBI-Gauge"

With a single optical fiber, extensive strain and temperature measurements are achieved! Traditional spot measurements can now be performed as distributed measurements over lines and surfaces!

Are you facing challenges or requests in strain measurement and temperature measurement like these? "I can only measure parts of the object and want to measure a wider area easily." "I want to measure in narrow gaps that are hard to reach." "I want to conduct measurements in environments with electromagnetic fields or where open flames are prohibited." The "FBI-Gauge" is a sensing system for strain and temperature that utilizes optical fibers as sensors. It allows for continuous measurement along the optical fiber, enabling not only point measurements but also continuous and extensive line and surface measurements. Since it does not use a large number of strain gauges or thermocouples, installation costs and time can be significantly reduced. There are various measurement achievements, including torsion tests of vehicle bodies, temperature measurements on radiator thermometers, strain measurements in pressure tanks, and temperature measurements inside fuel cells. 【Features】 ■ Capable of line and surface measurements, not just point measurements ■ Significantly reduced sensor weight ■ Usable in electromagnetic environments and fire-prohibited areas ■ Can be attached with a flexible layout ■ Capable of diverse measurements of strain and temperature with a single sensor *For more details, please refer to the PDF document or feel free to contact us.

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  • Other electronic measuring instruments
  • Fiber Optic Sensing System

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Disaster Prevention Applications of Optical Fiber Sensing = Basic Knowledge = [Free Download]

You can download a free booklet filled with hints to solve conventional sensing issues!

A light sensing system is a system that utilizes light for sensing. (1) It uses reflected light. -- Human expressions, distance measurement (2) It uses emitted light. -- Optical pyrometer (3) It uses absorbed light. -- Optical absorption gas analyzer (4) It utilizes optical fibers in the sensing system. (a) Used only as optical waveguides (b) The optical fiber itself is used as a sensor (fiber optic sensing) 【Practical Advantages】 (1) By measuring as a line and arranging it in a mesh configuration, it can measure over an area (distributed measurement is possible). (2) It does not require measures against electromagnetic noise or explosion-proofing. (3) It has durability and allows for stable measurements over a long period. (4) By connecting additional optical fibers or expanding with optical channel selectors, the system can be easily expanded and diversified, allowing for the monitoring of multiple structures. ↓ (Engineers do not need to compromise, enabling the construction of an appropriate monitoring system) ↓ Maintenance costs can be reduced, primarily lowering the LCC. ● For more details, please check the [Catalog Download].

  • Sensors
  • Area Sensor
  • Sensors
  • Fiber Optic Sensing System

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FBGS Fiber Optic 3D Sensing and Motion Tracking System

3D motion tracking optical fiber sensor system using multi-core fiber multi-point FBG!

This is a fiber optic sensing system set suitable for 3D sensing and motion tracking applications from FBGS, which supplies FBG strain and temperature sensors using its unique DTG manufacturing method. By combining a dedicated probe with multi-core fiber that has been processed with multi-point FBG sensors and measurement software, it achieves 3D shape sensing and motion tracking. It calculates the displacement of the detected object or its own movement from disturbances and external forces received at each sensor point of the probe, enabling three-dimensional sensing, motion positioning, and tracking data visualization in animation. The target applications are in the medical and healthcare fields, as well as in robotics, where it demonstrates high utility in procedures and tasks under conditions where the use of cameras or image sensors is particularly challenging, based on real-time detection of events and visualization of states from the acquired data. *DTG manufacturing method: Unlike traditional and existing FBG sensor processing, this method involves processing FBGs in the same process after drawing the optical fiber and applying an outer coating material, eliminating the need for post-processing (such as outer resin stripping or re-coating) after completion, thereby ensuring inherently high reliability. The outer resin is typically ORMOCER or polyimide, and it is also compatible with radiation-resistant specifications.

  • Optical Measuring Instruments
  • Other electronic measuring instruments
  • Other industrial robots
  • Fiber Optic Sensing System

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