Aluminum alloy cavity shell parts are popular because of their light weight and exquisite appearance. Especially in recent years, with the development of science and technology and the progress of society, people's demand for product diversity is becoming stronger and stronger. Therefore, the process of aluminum alloy cavity shell parts continues to push through the old and bring forth the new, thus promoting the rapid improvement of product quality.

CNC machining of aluminum alloy shell is an advanced manufacturing technology with high efficiency, high quality and low consumption. The problems of easy deformation and poor surface quality of parts in conventional machining can be solved by CNC machining. According to the characteristics of "small cutting and fast feed" in aluminum alloy CNC machining, the CNC machining process and operation method are adopted to process the shell parts of aluminum alloy cavity shell. Through the optimization skills of cutting tool path and the selection of cutting parameters, the purpose of improving machining efficiency and ensuring machining quality is realized.

How to improve the efficiency of CNC machining aluminum alloy shell has become a major event of special concern to enterprises. At present, many small and medium-sized processing enterprises have low NC processing efficiency and insufficient processing capacity, which has become a prominent common problem. How to improve productivity through efficient aluminum alloy shell CNC processing technology?

1. Tool selection

When selecting the tool, the tool should be correctly selected according to the machining capacity, material properties, machining process and cutting parameters of the machine tool. The suitable tool can not only ensure the product quality, but also improve the machining efficiency.

2. Determination of cutting parameters

The principle of reasonable selection of cutting parameters, the purpose of rough machining is to improve production efficiency, the premise of finish machining is to ensure machining quality, and then try to improve machining efficiency.

3. Determination of tool path

The tool path depends on the programming skills of programmers. The programmed path determines the processing cycle of aluminum alloy shell. Shortening the non processing time and reducing unreasonable tool change are beneficial methods to improve the processing efficiency.

With the development of science and technology and the progress of society, people's demand for product diversity is becoming stronger and stronger. Therefore, the better the process of aluminum alloy products is, the more people will favor it, the greater the market demand and the higher the benefit. Improving the efficiency of CNC machining of aluminum alloy shell is an urgent problem for each precision parts processing enterprise. I hope the three points summarized by the author can help you.