Turn-Milling Machining is an advanced manufacturing technology that combines turning and milling processes. It completes the machining of complex parts by performing turning and milling operations simultaneously or alternately on the same machine tool. This technology is particularly suitable for machining parts with irregular shapes, complex surfaces or multiple features.
In turn-milling machining, the workpiece is usually turned by rotational motion, while the tool performs milling motion at the same time. This multi-axis linkage machining method can complete multiple machining steps in one clamping, reduce repeated positioning errors, and improve machining accuracy and efficiency.
The advantages of Turn-Milling Machining include:
1. Improve efficiency: reduce multiple clamping of the workpiece and shorten machining time.
2. High-precision machining: reduce machining errors and improve overall accuracy by performing turning and milling simultaneously.
3. Machining complex shapes: suitable for parts with complex shapes and high requirements, such as aerospace, automotive parts and mold manufacturing.
4. Reduce space and cost: Reduce the number of machine tools, reduce production costs and workshop space requirements.
Turn-Milling Machining is widely used in modern manufacturing, especially in scenarios that require high efficiency, high precision and complex shape processing.
