High-performance miniature load cells for compression measurements - FC200R

Visit FC200R family is a range of miniature compression load cells, designed for static and dynamic applications demanding. With a measuring range from 2 N to 10 kN, these compact sensors offer exceptional overload resistance :

• 2 times measuring range without damage.
• 3 times measuring range without destruction.

Robust, precise design :

• Aluminum or stainless steel body, depending on the load applied.
• Spherical load button integrated for optimum alignment and more precise measurements.
• Temperature-compensated Wheatstone bridge (standard between 20 and 80°C - adaptations for extreme conditions -40°/+120°C on request), guaranteeing optimum stability measurements.
• Protective spring to enhance the cable's durability and ensure longer service life in industrial environments.

Possible applications

• Aerospace and defense Resistance testing of critical components (e.g. fasteners, locking mechanisms or embedded systems).
• Robotics and automation Force control in robotic grippers, actuators or automated sorting systems (e.g. handling of fragile parts, assembly of miniaturized components, micro-robotics, nanotechnologies).
• Press-fit check Precise measurement of insertion forces in automated assembly processes (e.g. press-fitting of bearings, connectors or mechanical parts).
• Micro-assembly tools Integration into precision equipment for the assembly of electronic, optical or micromechanical components (e.g.: assembly of micro-motors, sensors or medical devices).
• Mechanical switches and controls Measuring forces in switching systems, push-buttons or safety mechanisms (e.g. validation of release forces in industrial equipment).
• Laboratories and test benches / R&D Characterization of materials, durability tests or calibration of measuring instruments (e.g. tests on prototypes, micro-structures or sensitive components).
• Medical devices Measuring forces in surgical instruments, prostheses or rehabilitation equipment (e.g. validation of forces applied during clinical tests).