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Principle analysis of turning milling composite machining in precision parts processing

Turning milling composite machining is a common mechanical processing method in precision parts machining, which achieves multiple process machining of workpieces by combining lathes and milling machines. Its principle is to perform the turning process through a lathe, and then transfer the workpiece to a milling machine for milling, thereby completing the machining task of complex shapes.

A lathe is a machine tool that rotates workpieces and processes them through the rotation of the workpiece and the movement of the cutting tool. In milling and turning composite machining, the lathe is mainly responsible for turning operations. The spindle on the lathe rotates the workpiece to process different parts of the workpiece. The tool holder on the lathe can be moved, and through different ways of movement, machining operations such as turning inner and outer circles, turning external threads, and turning cams can be achieved.

A milling machine is a type of machine tool that can perform multi-directional cutting by rotating the cutting tool and moving the workpiece to carry out the milling process. In the combined machining of turning and milling, the milling machine is mainly responsible for performing milling operations. The cutting tools on the milling machine can perform multi-directional cutting, and through different cutting methods, machining operations such as flat milling, three-dimensional milling, and surface milling can be achieved.

In the combined machining of turning and milling, workpiece transfer is required between the lathe and milling machine. In general, rough machining is carried out on the lathe to process the workpiece to a shape closer to the final shape; Then transfer the workpiece to a milling machine for precision machining, and machine it to the final shape and size through multi-directional cutting by the milling machine.

The principle of turning milling composite machining is simple and clear. By combining lathe and milling machine, the characteristics of both types of machine tools can be fully utilized to achieve more complex shape machining tasks. This processing method can not only improve processing efficiency, but also ensure processing accuracy and quality. In modern mechanical processing, turn milling composite machining has become a common machining method and is widely used in various fields.

In precision parts machining, the combination of lathe and milling machine is used to achieve various process machining of workpieces through turning milling composite machining. Its principle is simple and clear, which can improve processing efficiency and quality. With the continuous advancement of manufacturing technology, the position of turning milling composite machining in industrial production will become increasingly important.

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