The feature of this miniature inductive displacement sensor is its ultra-small size, with an outer diameter of only 12mm and length of 35mm, allowing installation in tight gaps and embedded spaces in precision machinery. Unlike capacitive sensors that are affected by environmental humidity, it uses inductive eddy current technology, which is immune to dust, moisture, and non-conductive contaminants, ensuring stable performance in clean room assembly lines. With a measurement accuracy of ±0.005mm and resolution of 0.0005mm, it can capture ultra-tiny displacement changes, making it perfect for applications like robotic joint position feedback, medical device component alignment, and precision instrument calibration. Equipped with 0-5V analog output and RS485 digital output, it integrates seamlessly with microcontrollers and precision control systems. The titanium alloy housing is lightweight yet rigid, resistant to mechanical shocks, and the IP66 protection rating prevents dust ingress and water spray damage.
This miniature inductive displacement sensor has a measurement range of 0-50mm, targeted at tiny linear position detection in precision applications. Its measurement accuracy is ±0.005mm, with an ultra-high resolution of 0.0005mm, ensuring precise capture of micro-movements. It supports two output signals: 0-5V analog signal for simple integration with microcontrollers and precision control systems, and RS485 digital signal for long-distance data transmission with minimal signal loss. It operates on a low supply voltage range of 9-18VDC, suitable for battery-powered or low-voltage precision equipment. The response time is as low as 0.3ms, enabling real-time monitoring of fast dynamic movements such as robotic arm joint adjustments. Housed in a high-strength titanium alloy tube with a polished finish, it offers excellent corrosion resistance and mechanical strength. The protection grade is IP66, fully preventing dust ingress and water spray damage. The working temperature range is -10℃ to +50℃, ideal for clean rooms and indoor precision manufacturing environments. The sensor’s outer diameter is 12mm, length is 35mm, and net weight is 80g.
This miniature inductive displacement sensor is widely used in precision manufacturing and high-tech industries where space is limited. In robotics, it is embedded in robotic arm joints, gripper positioning mechanisms, and collaborative robot end effectors to monitor tiny position changes, ensuring precise and repeatable movements in assembly tasks. In medical equipment, it is used in surgical robots, diagnostic imaging devices, and precision drug delivery systems to monitor component positions, ensuring patient safety and treatment accuracy. In precision machinery, it is installed in CNC machine tool linear guides, optical equipment adjustment stages, and watch component assembly lines, providing high-precision position feedback to optimize machining and assembly quality. Additionally, it is suitable for aerospace component testing, MEMS device calibration, and automotive micro-component inspection, where ultra-high precision and compact size are essential requirements.
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