CNC precision machining is the best machining method for aluminum alloy shell products

CNC precision machining is the best machining method for aluminum alloy housing products

Aluminum alloy precision parts and products are popular because of their light weight and beautiful appearance, and their application in the field of industry and daily necessities is increasing. more and more widely. Especially in recent years, with the development of science and technology and the progress of society, people's demand for product diversity is getting stronger and stronger. Therefore, the better the processing technology of aluminum alloy products, the more popular they will be, the greater the market demand and the higher the income.

In order to meet people's demand for the diversity and high quality of aluminum alloy shell products Requirements, the processing skills must be summarized in the processing process. Based on years of CNC precision machining experience, the processing skills that should be paid attention to in the machining of aluminum alloy shells are summarized.

The requirement of CNC precision machining skills is that the control system can logically process the program specified by the control code or other symbolic instructions, and decode it by the computer, so that the machine tool can move and process the part. The blank is processed into semi-finished products, etc. by tool cutting.

CNC cutting is a more reasonable processing method for aluminum alloy precision machining It is also a common processing method. It uses end mills with multi-directional cutting capabilities, helical cutting interpolation and contour cutting interpolation. It uses some tools to perform a small amount of hole machining.

1. Cut. The length of the aluminum profile is usually 6.01 meters, and it is necessary to finely cut the aluminum profile according to the drawings. Our general cutting error is less than 0.5mm. In addition to cutting lengths, bevel cuts and bevel cuts are also available for aluminium profiles.

2. Drilling and tapping. Usually, drilling and tapping are necessary when connecting aluminium profiles internally. Different specifications of aluminum profiles are different from the drilling tools used for tapping. Therefore, punching and tapping are also one of the aspects to test the processing strength of aluminum profiles.

3. Aluminum profile assembly. After cutting, drilling and tapping, an aluminum profile connector is required to connect the aluminum profiles. As long as the installation supervisor installs according to the drawing, he can manufacture the required aluminum profile frame, equipment cover, assembly line table, etc.

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