Custom aluminium turned parts processing, any ordinary lathe can clamp the rotating parts, which can be processed by a CNC lathe. CNC lathe has higher machining precision in the process of parts processing, with the straight arc interpolation, automatic transmission, and other characteristics, its technical scope is much wider than ordinary machine tools.

Five-axis machining technology stands as a pivotal technique in the precise machining of aviation components. Its utilization becomes imperative when dealing with intricate geometries and constrained spatial relationships between the cutting tool and the workpieces. Employing five-axis machining aids in minimizing setup times and enhancing machining precision. With each setup, a new potential source of error is introduced, consequently impacting the final accuracy of the workpiece.

Positioning five-axis machining offers numerous advantages including the optimal use of shorter tools, reduced tool extension lengths, increased cutting speeds, prolonged tool life, enhanced machining accuracy, and superior surface quality through the creation of directional working planes. Additionally, employing five-axis machining streamlines the debugging and loading processes, saving time, minimizing errors from multiple setups, and significantly boosting machine tool utilization rates.

Contrary to its perceived complexity, programming for five-axis machining can be simplified with the aid of CAM software. These tools provide straightforward and practical programming methods, allowing for the effective application of high-speed machining techniques to enhance cost-effectiveness.