Application of grating ruler in machine tools and processing equipment

Analysis of application cases of grating rulers on machine tools and processing equipment

CNC machine tools are high-precision, high-efficiency processing equipment. The application of grating rulers in CNC machine tools is mainly used for position detection. The high-precision and high-speed output of the grating ruler can detect the position and motion trajectory of the workpiece and tool in real time to ensure the precision and quality of processing. At the same time, the grating ruler can also be linked with the numerical control system to realize automatic processing.

Measurements in a CMM

A CMM is a high-precision measuring device that can be used to measure workpieces of various shapes and sizes. The application of the grating ruler in the three-coordinate measuring machine is mainly used to measure the position and motion trajectory of the mobile platform. The high-precision and high-speed output of the grating ruler can detect the position and motion trajectory of the mobile platform in real time to ensure the accuracy and accuracy of the measurement.

Motion Control in Robotics

A robot is an intelligent device that can replace humans to complete various tasks, and its motion control is the core of the robot system. The application of grating rulers in robots is mainly for motion control. The grating ruler can detect the position and trajectory of the robot in real time, and link with the robot control system to achieve precise motion control.

Measurement and control in other processing equipment

In addition to the above three applications, grating scales can also be used for measurement and control in other processing equipment. For example, grating rulers can be used for position detection and cutting control in cutting machines, motion control and position detection in laser processing machines, and measurement and control in equipment such as presses and injection molding machines.

In short, grating rulers are widely used in machine tools and processing equipment, which can achieve high-precision, high-speed measurement and control, and improve processing efficiency and quality.