Precision Aluminium CNC Machining

CNC turning is a machining method that uses a lathe as processing equipment to shape rotating parts through turning. The machining process combines the workpiece's rotational motion with the tool's axial feed to achieve precise control of the part's diameter and machining depth. It covers operations such as external turning and internal reaming.

CNC milling is capable of processing parts with complex shapes, such as curved surfaces and molds. Its key features are high-precision, high-quality machining, ensuring dimensional stability and repeatability, and the ability to process parts difficult to achieve with conventional machine tools. Furthermore, CNC milling boasts a high degree of automation, relying on pre-programmed control, enabling efficient mass production and significantly reducing human error, thereby improving processing efficiency and product qualification rates.

The fully automatic feeding machine solves the problems of manual loading, how to handle the remaining aluminum alloy beading profiles, automatic sorting of finished products after aluminum alloy beading cutting, and wireless remote measurement, reducing labor intensity and improving work efficiency.

CNC quality inspection equipment is primarily used to measure the size, shape, and positional accuracy of machined parts to ensure machining quality. Common equipment includes coordinate measuring machines (CMMs), which enable high-precision, automated measurement of workpiece parameters, and laser interferometers, which are used to check the accuracy and stability of machine tools to ensure accuracy during machining.