What are the applications of aluminum alloy ？
Aluminum alloy CNC processing, also known as computer gong processing or CNC machine tool processing, mainly from aluminum parts, aluminum shells, and other aspects. In recent years, with the rise of mobile phones, computers, chargers, and auto parts, there are requirements for the improvement of aluminum parts processing accuracy, but the other party has made a leap in the quality of aluminum alloy CNC processing technology and realized mass and high-precision aluminum alloy production. Next, nopal will introduce the advantages of aluminum alloy CNC processing in detail.
What is the principle of aluminum alloy machining？
The principle of aluminum alloy NC machining is to use the automatic control system to install digital program flow commands to control the automatic start and stop of NC machine tool bearings. The NC blade can be selected according to the NC blade, the cutting amount and walking track can be changed, and various auxiliary actions required for lifelong machining can be completed.
What are the advantages of aluminum alloy machining ？
Machining complex surfaces of aluminum alloys:
Aluminum alloy CNC processing can greatly reduce the total number of tooling and produce parts with a complex processing style, which only needs to change the processing technology.
High precision machining of aluminum alloy:
The CNC processing of aluminum alloy is relatively stable, which will not cause manual processing deviation, resulting in different aluminum alloys and even defective products.
High efficiency of aluminum processing：
Aluminum alloy CNC machining can produce complex aluminum parts and even produce processed parts. It can also produce a variety of varieties, high production efficiency, save labor costs, and realize diversified production at the same time.
What are the processing characteristics of aluminum alloy machining ?
Low hardness of the aluminum alloy：
Compared with titanium alloy and quenched steel, aluminum alloy has lower hardness. Of course, the heat-treated or die-casting aluminum alloy also has higher hardness. The HRC hardness of the general aluminum plate is generally below hrc40 degrees. Therefore, in the case of processing aluminum alloy, the load of the tool is small. In addition, aluminum alloy has excellent thermal conductivity, so the cutting temperature of aluminum alloy milling is low, which can improve the milling speed.
Low plasticity of aluminum alloy：
Aluminum alloy has low plasticity and low melting point. When processing aluminum alloy, the bonding edge problem is very deep, the chip removal performance is poor, and the surface roughness is also high. In fact, the main reason for processing aluminum alloy is that the effect of knife and roughness is not good. If the two problems of fixed blade and the quality of machined surface are solved, the problem of aluminum alloy machining can be solved.
The tool is easy to wear：
Due to the use of inappropriate tool materials, in the case of processing aluminum alloy, the wear of tools is accelerated due to the problems of rod edge, chip discharge, and so on.
Why Choose Noble For Your CNC Aluminum Alloy machining Needs?
Shenzhen Noble is a professional aluminum alloy CNC processing manufacturer with a group of skilled and experienced managers and technicians. From machining to post-surface treatment, it adopts advanced technology and technology and has excellent heat dissipation performance.
We provide projects supporting services including parts machining and manufacturing. We can help customers in optimizing design, selecting suitable processes, reducing costs, and achieving rapid mass production .
Review our Aluminum alloy machining services today to see what we can do for you. If you have any questions or are ready to partner with us, please contact us.
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