Five-axis linkage programming recruitment

There is a great difference between five-axis programming and five-axis linkage programming. Five-axis programming adopts the method of fixed rotation axis. That is to say, the angles of the two rotating shafts are fixed first, then the machinable parts are processed by triaxial programming, and then the two rotating shafts are reformed, fixed and reprogrammed, so that the workpiece is turned over bit by bit and multiple surfaces of the workpiece are processed bit by bit. The advantage of this method is that it is simple and easy to operate, and it is suitable for workpieces that require high precision and multi-faceted machining. Five-axis linkage programming requires the five axes of the machine tool to coordinate actions at the same time, not only to do linear motion, but also to do rotary motion. In this case, the tool path is quite complicated. It's not that simple. I'm afraid you have to join the study class system. Moreover, five-axis linkage programming generally uses UG or CATIA, the two most advanced three-dimensional industrial software at present. I sUGgest that you can teach yourself ug. Now both versions 8.0 and 8.5 have their own five-axis linkage machining modules (for example, machining the impeller, selecting the impeller type and inputting various parameters, the path can be automatically simulated). You can try to learn with the existing modules. In fact, five-axis machining is a high-end machining method to ensure the accuracy of some surfaces with special requirements. In fact, this method is inefficient (the shaft is not fixed and locked, and the rigidity is not good, so it can only be cut in a small amount, which is suitable for finishing). Is to sacrifice efficiency to improve accuracy. There are few five-axis machines that need linkage in our factory. The workpieces that need linkage to ensure accuracy are basically aerospace parts or precision-grade military workpieces. How to do this kind of work outside the unit? It is the work of a state-owned factory.