Processing steps of CNC lathe

Introduction of high speed CNC computer gong processing process

1. Product analysis through product analysis should obtain certain composition information and some specific processing requirements.
2. Graphic design graphic design should be based on the detailed analysis of the product, determine the type of graphics by analyzing the processing requirements, and draw through the graphics software.
3. Through the analysis of the appearance and processing requirements of the workpiece products in the early stage of process planning, each processing step is reasonably established from the overall situation of machining.
4. Path generation the process of path generation is that we realize the process planning by software, and optimize the tool path by setting parameters.
5. After the path simulation path is generated, we generally have no intuitive sense of its final performance on the machine tool. Here we can check the possible problems through path simulation, so as to reduce the scrap rate of actual processing. The general inspection focuses on the effect of the workpiece appearance, whether it is overcut or undercut, and whether the process planning of the path is reasonable.
6. Path output path output is a necessary step for software design and programming to realize on the machine tool. Through path output, the intermediate reference can establish a connection between the two. If you have NC professional background, it can also be understood as the post-processing of tool path.

In the whole CNC process, we should focus on the relationship between the processes and the significance of each step. In a broad sense, the whole process of NC machining includes product analysis graphic design process planning path generation path simulation path output processing inspection.

1. Product analysis through product analysis should obtain certain composition information and some specific processing requirements.
2. Graphic design graphic design should be based on the detailed analysis of the product, determine the type of graphics by analyzing the processing requirements, and draw through the graphics software.
3. Through the analysis of the appearance and processing requirements of the workpiece product in the early stage of process planning, each processing step is reasonably established from the overall situation of processing.
4. Path generation the process of path generation is that we realize the process planning by software, and optimize the tool path by setting parameters.
5. After the path simulation path is generated, we generally have no intuitive sense of its final performance on the machine tool. Here we can check the possible problems through path simulation, so as to reduce the scrap rate of actual processing. The general inspection focuses on the effect of the workpiece appearance, whether it is overcut or undercut, and whether the process planning of the path is reasonable.
6. Path output path output is a necessary step for software design and programming to realize on the machine tool. Through path output, the intermediate reference can establish a connection between the two.