The Application of Miran KTR series Self-resetting Displacement Sensors in Automated Machinery and Equipment
2026-09-18
In modern industrial automated production, the travel detection of precision machinery directly affects the processing accuracy and production efficiency of the products.When an automation equipment manufacturer was developing a new generation of intelligent assembly equipment, they encountered a challenging problem: During the high-speed reciprocating motion of its core actuator, traditional sensors were prone to mechanical jamming or inaccurate reset, causing the equipment to frequently stop for calibration, which seriously affected the production line's rhythm.
In response to this problem, the equipment manufacturer conducted extensive comparisons and tests, and finally chose the Miran KTR self-resetting displacement sensor.
From the on-site application pictures, it can be seen that Miran KTR self-resetting displacement sensor. has been ingeniously installed on the precise sliding mechanism of the automated equipment. In this scenario, its core advantages are perfectly demonstrated:
Ⅰ.Self-resetting design: After the actuator of the equipment completes the downward or forward movement, the Miran KTR self-resetting displacement sensor, with their built-in precise spring reset mechanism, can instantly and precisely return to the initial zero position without the need for external additional intervention, perfectly meeting the requirements of the equipment's high-frequency reciprocating motion.
Ⅱ.High-precision feedback: The Miran KTR self-resetting displacement sensor nominal linear accuracy (±0.1% FS) ensures the absolute reliability of every travel data, providing a precise feedback signal without any deviation for the device's closed-loop control system.
Ⅲ.Sturdy and durable: In the face of continuous vibration during equipment operation, its aluminum alloy casing and sturdy frame structure ensure long-term stability and effectively reduce the failure rate of the equipment.
The Miran KTR series self-resetting displacement sensors, with their outstanding reset performance and high reliability, are becoming the preferred solution for an increasing number of automation equipment manufacturers in precision stroke detection. Whether it is for robotic grasping, precise assembly, or automated inspection lines, they can provide stable and accurate displacement feedback, helping to enhance the efficiency and quality of industrial manufacturing.
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