Vertical CNC lathes can provide efficient and precise processing capabilities when processing shaft-type disc workpieces. The following are some of the features and advantages associated with machining shaft and disk workpieces:

1. Multi-axis control: Vertical CNC lathes are usually equipped with a multi-axis control system, which enables the lathe to perform precise movements in different directions and is suitable for processing complex axis-type disc workpieces.

2. Vertical spindle: Since the spindle of the vertical CNC lathe is vertical, it is particularly suitable for three-dimensional or axial processing of disk workpieces. This structure makes it easier to cut and process multiple sides of the workpiece.

3. Rigid structure: The structure of vertical CNC lathes is usually relatively rigid and can provide a stable working platform. This is very important for processing high-precision, large-size shaft-type disc workpieces to ensure processing quality.

4. Workbench layout: The workbench design of vertical CNC lathes usually takes into account the clamping and processing needs of disk workpieces. Workbenches can be equipped with a variety of clamps and clamping systems to ensure secure clamping of workpieces.

5. High-rigidity spindle: The spindle of a vertical CNC lathe usually has high rigidity and is suitable for high-speed cutting and heavy-load processing. This enables fast and precise machining of shaft and disk workpieces.

6. CNC system optimization: The advanced CNC system can realize efficient programming and path planning, ensuring accurate processing of complex shapes of shaft and disk workpieces. Programmers can easily implement various machining operations through CNC programming.

7. Automation functions: Some vertical CNC lathes are also equipped with automation functions, such as automatic tool changing systems, automatic workpiece measurement, etc., which improve production efficiency and consistency.

Generally speaking, vertical CNC lathes have the advantages of multi-axis control, vertical spindle, and rigid structure when processing shaft-type workpieces, making them an ideal choice for processing such workpieces. If you have questions about a specific model or more detailed processing requirements, feel free to ask and I will do my best to help.