Welcoming the family of the smallest in-line fbg force sensors. This miniature load cell challenges the status quo for submersible high temperature environments with its patent pending dual FBG optical sensing technology.
$989.00
7mm x 14mm x 8mm (W x L x H) miniature envelope featuring dual M2 mounting provisions.
Rated to 10KG (25LB) capacity provides high accuracy measurements with non-linearity below 0.5%.
Developed for harsh environments, immunity to EMI, RF, magnetic fields, submersion and high voltages.
Featuring dual FBG optical output technology, enables real time temperature and polarization compensation.
High temperature rating up to 200° C with temp shift zero and temp shift span performance below 0.005% R.O./°C.
There are no more limits to cable length vs. their effect on sensor performance for our FBG optical inline force sensors.
The in-line FBG force sensor by LILIKOI innovation is a compact and high-performance optical load cell designed for extreme operating conditions. Built with dual Fiber Bragg Grating technology, it provides precise force measurement in a miniature form factor while maintaining exceptional stability in harsh environments. Its inline configuration allows direct integration into mechanical systems for real-time force monitoring without altering system architecture.
This miniature load cell is engineered for applications requiring submersible operation, high temperature resistance, and immunity to electromagnetic interference. It delivers accurate force sensing with strong thermal stability and minimal drift, making it ideal for aerospace systems, medical devices, semiconductor equipment, and advanced automation platforms where space constraints and environmental challenges demand reliable sensing performance.
The in-line FBG force sensor transforms traditional load measurement by combining optical sensing technology with a miniature mechanical design. Its dual FBG structure enables temperature-compensated force readings, ensuring accuracy even under thermal fluctuations and long-duration operation. The sensor is resistant to EMI, RF interference, submersion, and high voltage environments, making it suitable for mission-critical industrial systems.
Designed for integration into tight mechanical assemblies, this sensor enables engineers to measure tension and compression forces directly within the load path. It is widely used in robotics, precision manufacturing, aerospace testing, and biomedical systems, where space is limited but measurement accuracy cannot be compromised.
Upgrade your system with LILIKOI innovation in-line FBG force sensors for compact, accurate, and reliable force measurement in harsh environments.
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