CNC lathes have many strong milling capabilities, which make them widely used in modern manufacturing fields. Here are some of the main capabilities of CNC lathes in milling operations:

1. High precision: CNC lathes can provide very high machining accuracy. The relative movement of the tool and the workpiece is precisely controlled through the CNC system to achieve fine milling.

2. Complex contour processing: The CNC system allows the program to control the movement path of the tool, thereby realizing the processing of complex contours. This is useful for manufacturing complex parts and molds.

3. High-speed cutting: CNC lathes are usually able to achieve high-speed cutting and improve production efficiency. By optimizing cutting parameters and using high-speed cutting tools, material can be removed quickly.

4. Multi-axis control: Some CNC lathes have multi-axis control capabilities, which can control the movement of multiple axes at the same time, making milling in different directions more flexible and efficient.

5. Surface quality: CNC lathes are capable of producing higher quality machined surfaces, often achieving smooth, fine surfaces that reduce the need for subsequent processes.

6. Automation and mass production: CNC systems allow pre-programmed processing tasks to achieve automated production. This is very beneficial for batch production and large-scale manufacturing.

7. Multifunctional processing: Some CNC lathes are multifunctional and can perform different types of processing tasks, such as milling, drilling, tapping, etc., to increase the diversity of processing.

8. Real-time monitoring and adjustment: CNC systems are usually equipped with real-time monitoring functions, which can monitor tool wear, temperature changes, etc., thereby adjusting processing parameters in a timely manner to maintain stable processing quality.

Overall, CNC lathes offer a high degree of flexibility, precision, and efficiency in milling operations, making them suitable for a wide range of manufacturing applications.