xiehe model

With the development of science and technology and the improvement of living standards, the application of five-axis machining technology has become more mature and the modular configuration has become more flexible. The advantages of five-axis machining have largely solved the problems of complex special-shaped parts and low processing quality. Five-axis machining can not only complete the task of mechanized processing of complex workpieces, but it can also quickly improve processing efficiency. Next, the editor will briefly introduce to you the absolute application advantages of five-axis machining.

The first is that it can create good process conditions. It can create better process conditions for the processing of end mills through the additional rotation and swing of the workpiece or the spindle head, thereby avoiding the need for equipment tools and tool holders to be in contact with the shape. The cavity wall collides, and the vibration of the tool during processing and the risk of tool breakage are reduced. This will help improve the surface quality of the mold, processing efficiency and tool durability.

The second is to ensure the smoothness of the workpiece surface. Five-axis machining can achieve smoothness that can be freely adjusted and ensures the quality of the machined surface, thereby achieving higher cutting efficiency and high-quality machined surface quality.

Five-axis machining not only saves processing time, it also greatly reduces processing errors, thereby saving the cost of fixtures required to install the workpiece in place.