Precision CNC lathe is a high-precision machine tool used to process parts of various metal and non-metal materials. The following are the basic steps of the general precision CNC lathe parts processing process:

1. Design and planning: Before starting the machining process of a CNC lathe, engineers will design the parts and plan the machining process. This includes determining the machining sequence, selecting appropriate cutting tools and developing CNC programs.

2. Prepare the workpiece: The CNC lathe prepares the raw material to be processed, usually a metal or plastic workpiece. The workpiece may need to be cut, sawed, or otherwise preliminarily machined to make it suitable for placement on the CNC lathe.

3. Clamp the workpiece: The CNC lathe securely clamps the workpiece on the workbench of the CNC lathe. Ensure that the position of the workpiece is accurate to prevent errors during processing.

4. Select cutting tools: CNC lathes select appropriate cutting tools based on the geometry and processing requirements of the part. Precision CNC lathes are usually equipped with a variety of cutting tools, such as milling cutters, drill bits, cutting tools, etc.

5. Set the CNC program: The CNC lathe inputs the CNC program, which contains the geometric information of the workpiece, the selection of cutting tools and cutting parameters, etc. The CNC program tells the CNC system how to move the tool to achieve the desired part shape.

6. Adjust cutting parameters: CNC lathes adjust cutting speed, feed speed, cutting depth and other parameters according to the properties of the material and the requirements of the parts to ensure high precision and surface quality during the processing.

7. Processing process: Start the CNC lathe and perform the actual processing of the parts. The CNC system controls the movement of the cutting tool and cuts on the workpiece according to a predetermined program to form the required part contours and features.

8. Online detection and adjustment: During the processing of CNC lathes, sensors and measuring equipment can be used to monitor the size and shape of parts in real time. Based on actual measurements, necessary adjustments are made to ensure the part meets specifications.

9. Cleaning and inspection: After the CNC lathe processing is completed, clean the workbench and parts, and then conduct final quality inspection. Check the dimensions, surface quality, and other features of the part to ensure it meets design requirements.

10. Packaging and marking: After the CNC lathe completes the final inspection, the parts are packaged and marked with necessary information, such as batch number, part number, etc. This is to ensure that the part can be accurately identified during subsequent assembly or use.

Among the above steps, the preparation of CNC programs and the adjustment of cutting parameters are key steps, which determine the accuracy and efficiency of part processing. The automation of the entire processing process and the use of CNC systems enable precision CNC lathes to achieve high-precision and efficient parts processing.