The working principle of the high-speed CNC vertical lathe is mainly to conduct process analysis based on the pattern of the parts to be processed, compile the processing program, input the processing program into the CNC device to complete the trajectory interpolation operation, control the movement trajectory of the machine tool actuator, and process the parts that meet the requirements of the part drawing. of artifacts.

The main working process of a high-speed CNC vertical lathe includes steps such as program creation, program input, trajectory interpolation operation, control and machine tool processing. Among them, there are usually two methods for creating high-speed CNC vertical lathe processing programs: manual programming and automatic programming, respectively for simple part processing and complex part processing. The method of inputting the program for high-speed CNC vertical lathe varies depending on the input device of the CNC vertical lathe. Trajectory interpolation is to encrypt data points between the starting point and end point coordinates of the line segment, and output pulse signals to the corresponding coordinates. Finally, the interpolation pulse signal output by the CNC device undergoes signal conversion and power amplification. Through the servo motor and mechanical transmission mechanism, the machine tool actuator drives the tool processing to process parts that meet the drawing requirements.

High-speed CNC vertical lathes are widely used in many industries, such as the processing of valve bodies, valve cover inner cavities and pipe ends.

In general, high-speed CNC vertical lathe is an efficient and precise processing equipment, which plays an important role in improving production efficiency and product quality.