Force Sensing Resistor technology is trusted across every industry — from operating rooms to concert stages.
In the automotive industry, Sensitronics Force Sensing Resistor technology offers a new level of accuracy and dependability. Our FSRs have been used in dynamic limit sensors, motor speed control, floor security panels, seat occupancy detection, steering wheel control consoles, mirror adjustors, and brake systems.
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Force-sensing technology plays a large part in modern medical equipment. Sensitronics FSRs are utilized in applications including tool speed control, infusion pumps, podiatry foot gait analysis, and patient turning alarm sensors.
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In music, emotion is translated to musical expression through touch. Sensitronics FSR technology is currently used in electronic drum triggers, foot pedal controllers, programmable mixer arrays, interactive dance floors, and keyboards — enhancing performance and user experience.
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FSRs can control force and speed of cursor movement, improve signature recognition accuracy with interactive styluses, or augment interpolation of XYZ pads. The possibilities are limitless in consumer electronics and wearable devices.
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Sensitronics FSR technology can enhance any game or outdoor activity. Force sensing resistors accurately detect position, monitor impacts, measure gripping force, and provide speed control for equipment like trolling motors.
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Sensitronics FSRs take toys and electronic games to a whole new level of interaction! Force-sensing technology can make dolls responsive, educational toys interactive, and gaming controllers more immersive — combining accurate force and position detection for intuitive play.
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Force sensing is essential for robotic grippers, tactile feedback systems, and human-robot interaction. Sensitronics FSRs enable robots to grasp objects with appropriate force, detect contact and slip, and provide the sensory feedback needed for safe, dexterous manipulation in manufacturing, logistics, and research environments.
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Force-sensing technology plays a critical role in modern prosthetic limbs and assistive devices. Sensitronics FSRs provide the pressure and grip feedback that enables prosthetic hands to handle delicate objects, helps optimize socket fit, and gives clinicians objective data for improving patient outcomes. Our thin, flexible sensors integrate seamlessly into prosthetic interfaces without adding bulk.
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Whether you need a custom sensor design, engineering consultation, or production-ready components — we're here to help.
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