The turning-milling lathe is a processing method that combines turning and milling. It has the following advantages:

1. Improve processing efficiency: The turning and milling composite lathe can complete both turning and milling operations on the same equipment, avoiding the multiple exchanges of workpieces on the turning and milling composite lathe between different equipment, saving processing time and improving efficiency. Processing efficiency.

2. Reduce the number of clamping times: Through turning and milling compound lathe processing, multiple processing operations of the workpiece can be completed on the same equipment, reducing the number of clamping times of the workpiece, reducing the accumulation of processing errors, and improving processing accuracy.

3. Save production costs: Turning and milling composite lathes reduce investment in equipment, fixtures, and labor. Turning and milling composite processing can effectively reduce production costs and improve processing efficiency.

4. Increase processing accuracy: Turning and milling composite processing can realize multiple processing operations on the same equipment, reducing positioning errors caused by the transfer of workpieces between different equipment and improving processing accuracy.

5. Expand the processing scope: Turning and milling compound lathe processing can not only realize traditional turning and milling processing, but also realize multi-axis linkage, cutting path control and other complex processing methods, expanding the processing range of turning and milling compound lathe to meet the needs of complex workpiece processing needs.

6. Improve processing flexibility: Turning and milling composite lathe processing can flexibly select turning and milling processing methods according to the processing requirements and process flow of the workpiece to meet the processing needs of different workpieces and improve processing flexibility.

In general, turning and milling composite lathe processing fully utilizes their respective advantages by combining the two processing methods of turning and milling, improves processing efficiency, precision and flexibility, and reduces production costs. It is an important method in modern manufacturing industry. A commonly used processing method.