The five axis machining center is particularly suitable for machining complex surfaces

With the development of science and technology, industries such as robotics, aviation, automotive, and telecommunications are increasingly using specialized CNC Machining Robotic Parts. With the increasing demand for precision in these industries, people have put forward higher requirements for the automation level of machine tools. Therefore, in order to meet the needs of today’s market, a new type of machine tool – five axis machining center – has emerged.

Five axis machining center is a high-tech and high-precision machine tool, especially suitable for processing complex surfaces. This machine tool system has a decisive impact on high-precision medical equipment, precision equipment, scientific research, aviation, aerospace, military, etc.

The five axis machining center has the characteristics of high efficiency and precision, which can clamp the processed parts in one go. If equipped with a high-quality five axis linkage CNC milling service system, it can also perform high-precision Optical Machining on complex spatial surfaces, making it more convenient to manufacture automotive components and aircraft structural components. This type of machine tool is used to process complex surfaces and can be called a “vertex machining machine tool”. It has important applications in fields such as aviation, aerospace, nuclear power, high-precision medical equipment, and so on.

Due to the important role of five axis CNC machine tools, people are paying more and more attention to them, but many people’s understanding of five axis CNC machine tools is not deep enough. Automation tools, which will lead to many problems. A common question is: Why is five axis linkage instead of six axis linkage? Why are you so confused? Firstly, I understand this issue because in the eyes of many people, three-dimensional objects can have six degrees of freedom. The coordinate system is a right-hand coordinate system, and the six degrees of freedom are linear along the X-axis, Y-axis, and Z-axis. And degrees of freedom around the x, y, and z axes. The positive rotation direction conforms to the right-hand spiral law.

Due to the influence of this concept, it is possible to intuitively mistakenly believe that “a machine must have 6 degrees of freedom or 6 axes in any direction of space”. However, the fact that space objects have six degrees of freedom does not mean that a machine tool that can be machined at any angle must have six axes. That’s the point. Traditional three-axis machine tools require specialized fixtures to make the tool in contact with the four edges of the workpiece when processing complex curved surfaces or four sided holes, requiring many changes. Technically. Five axis machining center

However, using a five axis CNC machine tool can simultaneously achieve high-speed and high-precision machining and clamping of complex shaped workpieces. In other words, the machine tool can approach the workpiece in any direction, which is the fundamental reason why the machine tool can process from any angle. Machine tools are used to control the position and position of cutting tools, achieving CNC machining and customized machining. Therefore, how to describe the position and position of the tool is a key issue. In the machining process of CNC machine tools, although the position of the tool may change, the position of the tool is fixed.