The use of five-axis machining surface has multiple advantages such as high processing efficiency and good quality. Therefore, many processing industries nowadays attach great importance to the quality of reliable surface parts five-axis processing technology, and now the specific implementation steps of surface parts five-axis processing are briefly described:

1. Analyze the surface shape

The five-axis machining technology of curved parts is a special technology for curved parts, which simplifies the machining of curved parts by calculating node data and drawing lines on complex curved surfaces. The analysis of the surface shape is a very important step to realize the five-axis machining technology. It is necessary to outline the outline of the surface part according to the model and analyze the characteristics of the surface shape in detail, so as to lay the foundation for the next five-axis machining.

2. Dimensional characteristics

According to the feedback of many users, the five-axis machining of curved parts has great benefits for dealing with irregular parts. Because it can help analyze the dimensional characteristics of surface parts, after determining the shape of the surface and constructing the model, the size of the surface parts can be established according to this information in layers, and the corresponding processing technology is mastered, so the corresponding size is suitable for rough machining or finish machining is relatively easier to determine.

3. Determine the processing plan

The key implementation step of five-axis machining technology of curved parts is to determine the machining plan. From the relevant statistical data, the five-axis machining tool can greatly improve the surface efficiency and production quality of curved parts, of course, the processing quality of this part also has a greater relationship with the processing program, the use of roughing program and finishing program for the quality of parts or have a certain impact.

Surface parts five-axis machining technology has been continuously upgraded with the improvement of technology, and nowadays you can often see high-quality surface parts five-axis machining products in processing factories around. In general, the specific implementation process of five-axis machining of parts is carried out by referring to the three steps of analyzing the shape of the surface, analyzing the size characteristics and determining the processing plan.