The working principle of CNC machine tools of Beiyi Industry roughly follows the working principle of general CNC machine tools, that is, the machine tool is accurately controlled through the computer control system. Specifically, the following steps are included:
Programming: First of all, according to the shape, size, material and other requirements of the workpiece, the corresponding processing program is prepared. These programs describe how the machine performs machining of the workpiece, including machining routes, cutting data, etc.
Program input: input the programmed machining program into the numerical control device through the keyboard, disk or other input equipment on the operation panel.
Program processing: After receiving the input signal, the numerical control device will carry out a series of processing, such as decoding, interpolation, etc., and then distribute the processing results to each actuator in the form of pulse signals.
Actuator action: The actuator that receives the pulse signal, such as the feed servo system and the programmable controller, will drive the machine tool to perform various actions according to the instruction requirements, such as the rotation of the spindle, the feed of the tool, etc.
Detection and feedback: During the machining process, the detection and feedback device will monitor the movement status of the machine tool in real time, such as displacement, speed, etc., and feedback the measured value to the CNC device. The numerical control device makes necessary adjustments according to the comparison between the feedback value and the instruction value to ensure the accuracy of processing.
As for the specific application of Beiyi industrial CNC machine tools, it may vary due to factors such as product model and performance characteristics. But generally speaking, CNC machine tools are widely used in the manufacturing industry, such as parts processing, mold manufacturing, automatic production lines, etc. They can improve production efficiency, reduce labor intensity, and improve machining accuracy, so they play an important role in modern manufacturing.