Available in 2lb, 5lb, 10lb, 25lb and 50lb capacities, this miniature load cell provides flexibility across wide range of applications redefining the boundaries of sensing performance in harsh environments.
$957.00
6mm x 16mm x 10mm (W x L x H) miniature envelope with M2 center mounting provisions for ultimate sensing performance.
Offered in 2lb-50lb wide range of capacities provides high accuracy measurements with non-linearity below 0.5%.
Developed for harsh environments, providing complete immunity to EMI, RF, magnetic fields, submersion and high voltages.
Dual FBG optical output technology, enables real time temperature and polarization compensation with off-center load cancellation.
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 submersible high temperature rated in-line FBG force sensor by LILIKOI innovation is a miniature optical load cell engineered for extreme environmental conditions. Designed using dual Fiber Bragg Grating technology, it provides highly accurate force measurement directly within the load path while maintaining stability in water submersion, high temperature, and electrically noisy environments. Its compact inline structure allows seamless integration into tight mechanical assemblies without altering system design.
This advanced force sensor is built for applications where conventional load cells fail due to environmental stress. It delivers reliable performance under conditions such as submersion, high heat exposure, electromagnetic interference, and overvoltage. With excellent thermal compensation and drift free operation, it ensures consistent and precise force data for critical systems in aerospace, medical devices, semiconductor equipment, and advanced industrial automation.
The in-line FBG force sensor utilizes optical strain measurement to deliver precise force readings in both tension and compression. Its dual FBG configuration enables real time temperature compensation, ensuring measurement accuracy even under rapid environmental changes. This makes it highly suitable for applications requiring long term stability and high reliability in harsh environments.
Engineers use this sensor for compact system integration where space constraints and environmental challenges coexist. It is widely applied in robotics, aerospace testing, underwater systems, biomedical devices, and precision manufacturing equipment. Its immunity to EMI, RF interference, and electrical noise ensures clean signal output in high performance industrial environments.
Upgrade your system with LILIKOI innovation in-line FBG force sensors for submersible and high temperature precision force measurement.
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