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Working principle of bridge coordinate measuring machine
2024-08-16 00:04
The bridge coordinate measuring machine is a high-precision three-coordinate measuring equipment, which is widely used in industrial manufacturing. Its working principle is mainly divided into three aspects: beam movement, column lifting and workbench movement.
First, through the movement of the beam on the column, the X-axis coordinate of the measurement is determined. During the measurement process, the sensor transmits the position information of the beam to the computer, and the computer processes and analyzes the received data, and then determines the coordinate value of the workpiece on the X axis.
Secondly, the Z-axis coordinates of the measurement are determined by the lifting of the column on the beam. The column is generally equipped with high-precision sensors to monitor the position changes during the lifting process in real time, and transmit the data to the computer to ensure the accuracy of the Z-axis coordinates.
Finally, the workpiece is fixed on the worktable, and the measured Y-axis coordinate is determined by the movement of the worktable. The workbench is usually equipped with a high-sensitivity sensor to measure the coordinate value of the workpiece in the Y-axis direction, and then the final measurement result is obtained through computer data processing and analysis.
In summary, the bridge coordinate measuring machine through the beam, column, workbench and other components work together, with the help of sensors and computer technology, to achieve high-precision measurement of the size of the workpiece, for industrial production provides an important technical support.
First, through the movement of the beam on the column, the X-axis coordinate of the measurement is determined. During the measurement process, the sensor transmits the position information of the beam to the computer, and the computer processes and analyzes the received data, and then determines the coordinate value of the workpiece on the X axis.
Secondly, the Z-axis coordinates of the measurement are determined by the lifting of the column on the beam. The column is generally equipped with high-precision sensors to monitor the position changes during the lifting process in real time, and transmit the data to the computer to ensure the accuracy of the Z-axis coordinates.
Finally, the workpiece is fixed on the worktable, and the measured Y-axis coordinate is determined by the movement of the worktable. The workbench is usually equipped with a high-sensitivity sensor to measure the coordinate value of the workpiece in the Y-axis direction, and then the final measurement result is obtained through computer data processing and analysis.
In summary, the bridge coordinate measuring machine through the beam, column, workbench and other components work together, with the help of sensors and computer technology, to achieve high-precision measurement of the size of the workpiece, for industrial production provides an important technical support.
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