Silicon Strain Gauge Sensor for Robots
High-Precision Silicon Strain Gauge Sensor: The Core for Humanoid Robot Joint Torque Control
The silicon strain gauge sensor is the premier choice for multi-dimensional force sensing in next-generation humanoid robots. By leveraging advanced semiconductor technology, these sensors offer sensitivity more than 20 times higher than traditional metal film gauges. Its compact size, extreme frequency response, and long-term stability make it ideal for the complex dynamic measurements required in robotic limb joints and precision industrial automation.
Key Features
●High Sensitivity & Precision: Features a Gauge Factor (GF) of 20 - 50 mV/V, ensuring ultra-accurate data even with minimal deformation.
●Exceptional Durability: Designed for a 5-10 year lifespan with a 300% safe overload capacity to handle unexpected impacts.
●Thermal Stability: Advanced compensation technology ensures reliable operation across a wide temperature range (-20°C to 85°C).
●Optimized for Robots: Specifically engineered for humanoid robot joint torque detection, featuring high torsional stiffness and RS485 communication.
The silicon strain gauge sensor is the premier choice for multi-dimensional force sensing in next-generation humanoid robots. By leveraging advanced semiconductor technology, these sensors offer sensitivity more than 20 times higher than traditional metal film gauges. Its compact size, extreme frequency response, and long-term stability make it ideal for the complex dynamic measurements required in robotic limb joints and precision industrial automation.
Key Features
●High Sensitivity & Precision: Features a Gauge Factor (GF) of 20 - 50 mV/V, ensuring ultra-accurate data even with minimal deformation.
●Exceptional Durability: Designed for a 5-10 year lifespan with a 300% safe overload capacity to handle unexpected impacts.
●Thermal Stability: Advanced compensation technology ensures reliable operation across a wide temperature range (-20°C to 85°C).
●Optimized for Robots: Specifically engineered for humanoid robot joint torque detection, featuring high torsional stiffness and RS485 communication.
●Customizable Specifications: We provide tailored solutions to meet your specific measurement ranges and sampling frequency requirements.
Technical Specifications
300%F.S.
Non-linearity
±0.3%F.S.
Safe Overload
Repeatability
±0.1%F.S.
Sampling Frequency
8/16KHz customizable
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