Five axis machining of curved surface parts

It is understood that in recent years, five axis machining of curved surface parts has set off a huge wave in the processing industry, which has multiple advantages such as high processing efficiency and good quality. Therefore, nowadays many processing industries attach great importance to the five axis machining technology of curved surface parts with reliable quality. Now, the specific implementation steps of five axis machining of curved surface parts are briefly described

How to implement the five axis machining of curved surface parts?

1. Analyze the surface shape

Five axis machining technology of curved surface parts is a special technology for curved surface parts. By calculating node data and drawing lines of complex surface, the machining of curved surface parts is simplified. The analysis of the surface shape is a very important step to realize the five axis machining technology. According to the model of the curved surface parts, the outline is outlined, and the characteristics of the surface shape need to be analyzed carefully, so as to lay the foundation for the next five axis machining.

1. Size characteristics

According to the feedback from many users, five axis machining of curved surface parts has great advantages in dealing with irregular parts. Because it can help to analyze the size characteristics of curved surface parts, after determining the shape of the surface and constructing the model, the size of the curved surface part can be determined hierarchically according to the information, and the corresponding processing technology is mastered. Therefore, it is relatively easier to determine whether the appropriate size should be rough machining or fine machining.

1. Determine the processing scheme

The key step of five axis machining technology for curved surface parts is to determine the machining scheme. From the relevant statistical data, five axis machine tool can greatly improve the surface efficiency and production quality of curved surface parts. Of course, the processing quality of this part is also closely related to the processing scheme, and the rough machining scheme and finish machining scheme have a certain impact on the quality of the parts.

Five axis machining technology of curved surface parts has been upgraded and developed with the improvement of technology. Nowadays, we can often see high-quality five axis machining products of curved surface parts in various processing factories. Generally speaking, the specific implementation process of five axis machining of parts is based on the analysis of surface shape, analysis of size characteristics and determination of processing scheme.