What is a Turning and Milling Combined Machine?

Turning and milling combined machine, as an advanced processing equipment, is specially designed for manufacturing complex workpieces. It integrates rotating tools and cutting tools on the basis of machine tools, and relies on the CNC system to accurately control the movement of the cutting tools in three-dimensional space, thereby achieving precise machining of workpiece parts. This machine combines the processing characteristics of a lathe and a milling machine, and can flexibly perform a variety of processing operations such as turning, milling, drilling, tapping and boring.

With the continuous development of technology, not only the processing accuracy of turning and milling combined machines is improving day by day, but its processing fields are also becoming increasingly broad. In addition to being widely used in high-end industries such as aerospace and defense industries, it also plays a key role in industries such as automobile manufacturing, electronic technology, machinery manufacturing, and medical equipment. The main features of the turning and milling combined machine are as follows:

1. Excellent processing accuracy: With its high-precision processing capabilities, the turning and milling combined machine can accurately execute various complex processing procedures and make fine adjustments to ensure high-precision processing results.

2. High-efficiency production capacity: With the automated control of the CNC system, the turning and milling combined machine can achieve an efficient processing process, significantly reducing the need for manual operations and reducing production costs.

3. Diversified processing functions: The turning and milling combined machine not only has traditional processing capabilities such as turning, drilling, tapping, boring and milling, but also ensures the stability and reliability of these processing processes.

4. Wide applicability: Compared with traditional lathes and milling machines, turning and milling combined machines can handle workpieces of various shapes and sizes, whether they are concentric shafts, non-concentric shafts or complex shapes such as turning holes response.