Large-scale CNC lathe processing is the most commonly used machining method for processing circular parts such as discs and flanges in machining. Understand the technical characteristics of large-scale CNC lathe processing, so what are the technical characteristics of large-scale CNC lathe processing?

1. The selection of processing technology is carried out according to the structural size, processing range and precision requirements of the parts processed by large CNC lathes, as well as the number of processing.

2. Choose a large CNC lathe with high stability and mass production for processing.

3. Large-scale CNC lathe processing is easy to ensure the accuracy of each processing surface of the workpiece; during processing, the workpiece rotates around a fixed axis, and each surface has the same rotation axis, so it can better ensure the coaxiality requirements between the processing surfaces.

4. The cutting process of large CNC lathes is relatively stable. Except for intermittent surfaces, the machining process of large CNC lathes is generally carried out continuously.

5. Large-scale CNC lathes can process a wide variety of materials, including 304, 304, 316 stainless steel, carbon steel, copper, aluminum, alloy, plastic, POM, etc.

6. Different tools should be selected for large-scale CNC lathe processing of parts of different materials.

Large-scale CNC lathe processing has its own technical characteristics, which are incomparable with other mechanical processing methods when processing certain parts. Reasonable selection of large-scale CNC lathe processing technology can better improve processing efficiency and processing quality.