All high-level controls have a range of algorithms for controlling and optimizing axis motion. This type of algorithm establishes the best balance between processing speed and accuracy, and surface quality. A "give forward" technique with a tracking error approaching zero. Extremely easy to use, it is also suitable for users who do not have computer knowledge (interactive graphic editing, providing mouse and software keys, easy-to-understand modules without the risk of grammatical errors). Equipped with a large number of optional fixed complex cycles. These software packages are now used for simple auxiliary programming on machine tools, with the option of generating a shape machining path independently of the machine. This problem becomes complicated when dealing with 3D programming.
Two considerations: on the one hand, the toolpath is generated in the technical room to take full advantage of data processing capabilities and standardized programming levels. On the other hand, programming is done on the machine to take advantage of the efficiency of the workstation. Another consideration is the pursuit of security and does not require a complete replacement of the traditional approach, at least to some extent, the improvement of the machine part to optimize the process generated in the process room. On this basis, users expect to be able to choose which 3DCAM software package they are based on (the mold manufacturer usually wants to have a 2D or 3D CAM software package to exploit its potential). At this point, the role of CNC is to build a platform for software and hardware, so that CAM can achieve partial programming, while avoiding the adverse effects on the processing quality that may occur during the programming process. (Finish)
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