CNC lathe is a machine tool used to process rotationally symmetric parts. Its processing methods include the following common methods:

1. Turning:

CNC lathe turning is the most common processing method of CNC lathe, which is used to process rotationally symmetric cylindrical parts.

During CNC lathe turning, the workpiece is fixed on the spindle and the CNC lathe tool moves along the outer surface of the workpiece, removing material to get the desired shape and size.

2. Turning inner diameter:

CNC lathe turning inner diameter is a method used to process the inner hole of the workpiece, which is realized by using the inner hole tool on the CNC lathe.

The CNC lathe workpiece is typically fixed to the spindle, while the CNC lathe tool moves along the surface of the bore, removing material to enlarge or machine the bore.

3. Turning outer diameter:

CNC lathe turning outer diameter is a method used to trim the end face of a workpiece, usually to make it flat, perpendicular to the axis, or to a specific size.

In CNC lathe outside diameter turning, the CNC lathe tool moves along the end face of the workpiece, removing material to obtain the required surface quality and size.

10. Turning groove:

CNC lathe grooving is a machining method used to cut grooves or channels on the surface of a workpiece.

In CNC lathe grooving, the CNC lathe tool moves along the surface of the workpiece to cut grooves of the desired shape and size.

11. Thread turning:

CNC lathe thread turning is a method used to process threads on a workpiece, which is achieved with a threading tool on a CNC lathe.

The CNC lathe tool moves along the axis of the workpiece while rotating to form the thread structure.

12 turning arc:

CNC lathe turning is a method used to machine curved shapes on the surface of a workpiece.

On a CNC lathe, the machining of complex shapes is achieved by controlling the trajectory and feed motion of the tool, as well as the rotation of the workpiece.

The above are the common processing methods of CNC lathes. According to the specific processing requirements and workpiece shape, you can choose the appropriate processing method.