flexible pressure sensors

Applications of Flexible Pressure Sensors in the Field of Artificial Intelligence

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Applications of Flexible Pressure Sensors in the Field of Artificial Intelligence

Traditional pressure sensors are mostly made of metal or semiconductor materials, which have disadvantages such as poor toughness, heavy weight, and low sensitivity, making it difficult to meet the demands for portability, lightness, comfort, and accurate measurement with conformal contact. Flexible pressure sensors, due to their mechanical flexibility, can conform to complex surfaces, thus expanding … Read more

Pressure Sensors: Types, Applications, and Development Trends

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Pressure Sensors: Types, Applications, and Development Trends

With the advancement of automation technology, in industrial equipment, in addition to liquid column pressure gauges and elastic pressure gauges, pressure sensors that can convert pressure into electrical signals are increasingly being adopted. Pressure sensors are the most commonly used type of sensor in industrial practice, and the pressure sensors we typically use are mainly … Read more

Research Update: Drift-Free Ionic Flexible Pressure Sensors

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Research Update: Drift-Free Ionic Flexible Pressure Sensors

Artificial tactile technology based on skin-like sensors is rapidly developing, enabling quick perception of the surrounding environment and interaction capabilities. This technology has enormous application potential in fields such as robotic (especially humanoid robots) tactile perception, embodied intelligence, virtual reality (VR), and wearable devices. Flexible pressure sensors often utilize soft materials to achieve skin-like flexibility; … Read more

Research Update: Drift-Free Iontronic Flexible Pressure Sensors

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Research Update: Drift-Free Iontronic Flexible Pressure Sensors

Artificial tactile technology based on skin-like sensors is rapidly developing, enabling quick perception of the surrounding environment and interaction capabilities. This technology has immense application potential in fields such as robotic tactile perception (especially humanoid robots), embodied intelligence, virtual reality (VR), and wearable devices. Flexible pressure sensors often utilize soft materials to achieve skin-like flexibility; … Read more