CNC vertical lathes are mainly used to process large and heavy workpieces with large radial dimensions and relatively small axial dimensions. Specifically, CNC vertical lathes are suitable for processing the following types of parts:

1. Large disc parts: round or nearly round large parts such as flywheels, flanges, brake drums, large gear rings, bearing races, etc.

2. Shaft parts: including short shafts, bushings, shaft discs and other workpieces with short axial length but large radial size.

3. Sets of parts: such as shells and cylindrical parts of various large machinery.

4. Special structural parts: such as turbine blades, generator rotors, aviation structural parts, templates and inserts of large molds, etc. These parts of CNC vertical lathes involve cylindrical surfaces, conical surfaces, internal and external cylindrical holes, conical holes, end faces, grooves, etc. Groove and other types of processing.

5. Special-purpose parts: CNC vertical lathes are especially used for large, heavy, and complex-shaped parts in the fields of aerospace, automobile manufacturing, metallurgy, electric power, petroleum, chemical industry, etc., such as engine parts, large bearings, hubs, and turbines. Blades, rotors, flanges, etc.

In addition, CNC vertical lathes can also perform a variety of complex processing such as threading, spherical turning, profiling, milling and grinding through additional devices, making their functions more diversified. This kind of lathe is suitable for mass production, especially for occasions that require high processing accuracy and dimensional consistency.

It should be noted that although CNC vertical lathes have wide applicability, the specific types and size range of parts that can be processed by CNC vertical lathes will also be affected by various factors such as lathe models, specifications, configurations, and processing requirements. Therefore, when selecting and using a CNC vertical lathe, it is recommended to conduct detailed consultation with the manufacturer or professionals to ensure that specific processing needs are met.