Applications and Measurement Functions of Magnetic Grating Displacement Sensors on Machine Tools

With the continuous development of manufacturing, magnetic grating displacement sensors—known for high precision and stability—are increasingly applied in machine tool machining. These sensors measure relative displacement between the target and sensor, providing precise data for machine tools. What measurement tasks do they perform on machine tools?

First, magnetic grating displacement sensors are widely used for workpiece displacement measurement. Mounted on machine tools, they accurately measure linear and rotary displacement of workpieces, which is essential for machining precision and stability.

Second, they monitor machine motion status. Sensors installed at key positions can report speed, acceleration and other parameters to the control system for precise process control and adjustment, improving efficiency and safety.

Additionally, magnetic grating sensors measure relative positions between machine components, helping monitor and control overall machine structure and dynamics. This contributes to improved performance and longer service life.

Overall, magnetic grating displacement sensors support displacement measurement, motion monitoring and component relative-position measurement, providing reliable data for machine tool processing. As sensor technology advances, their applications in machine tools will expand further.