As an important milestone in modern manufacturing, 5-axis machining technology has brought revolutionary changes to the production of complex parts with its excellent performance and multi-functional machining capabilities. This technology greatly expands the machining range, improves machining efficiency, and ensures higher machining accuracy by adding two rotary axes to a conventional three-axis machine.
Ability to machine complex parts
One of the core advantages of 5-axis machining is its ability to handle complex geometries. Compared to traditional three-axis machining, 5-axis machining makes it easier to access every surface of the workpiece, including those that are inaccessible. This is especially important for complex parts that are common in industries such as aerospace, automotive manufacturing, and mould making.
Improve productivity and accuracy
5-axis machining significantly increases productivity by reducing the frequency of clamping and tool changes. At the same time, because it can complete the processing of multiple faces in a single setup, the production cycle is greatly shortened. In addition, the high-precision control and multi-axis synchronisation technology of the 5-axis machining ensure high precision in the machining process, especially when machining complex shapes.
Better material utilisation and savings
5-axis machining allows for more efficient use of raw materials and less material waste. It allows for longer tool overhangs, allowing the tool to penetrate deeper into the material and thus machine more parts. This is especially important for the machining of expensive materials such as titanium alloys and stainless steel.
Improve the quality of surface finishing
Due to its unique machining method, 5-axis machining can maintain the best contact between the tool and the surface of the workpiece, resulting in better surface machining results. This method of processing reduces subsequent operations, such as manual grinding and trimming, saving time and money.
