How Does the Milling Machine Achieve Different Processing Methods?

The CNC turning and milling machine tool is a signal processing control system integrated on the ordinary CNC machine tool. Code can be added to the CNC controller of the ordinary CNC machine tool, and the signal processing control system can be used for ground control. The angle ratio between the lathe spindle and the milling power head can be edited to obtain any desired speed ratio through the signal processing control system to achieve different processing methods, such as turning any regular number of edges and whirlwind cutting.

The turning and milling machine tool has strong adaptability, good flexibility and high efficiency in part processing. It can process different numbers of edges at one time in addition to the functions of ordinary teaching control lathes (this is something that mechanical turning machines cannot do), such as turning edges 1, 2, 3, and other regular shapes of any edges. It can process parts that cannot be processed or are difficult to process with ordinary CNC machine tools, such as the need to process diameters and diversified numbers of milling edges and odd-numbered edges at one time.

The power head based on the CNC turning and milling machine tool adopts electrical connection, which can effectively suppress the noise of multiple mechanical connections and the loss of mechanical parts. The electrical connection can not only change the speed ratio of the spindle and the power head through CNC instructions during high-speed operation, but also switch the power head to speed mode through CNC instructions to achieve functions such as whirlwind cutting. Through the clever application of high-speed signal processors and CNC expansion ports, a variety of processing solutions can be obtained, and effective guarantees are provided for future hardware development and upgrades.