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Abstract Application background: The knobs on equipment panels and high-end audio equipment are usually made of aluminum. In recent years, laptop chassis and some information terminal equipment have also started to use aluminum. In order to make the product look more cool and cool, the manufacturer usually prints a logo or zero on the chassis...
Application background: Knobs on equipment panels and high-end audio equipment are usually made of aluminum; in recent years, laptop chassis and some information terminal equipment have also begun to use aluminum. In order to make the product look more cool and cool, the manufacturer usually prints the logo on the chassis or digs the sides of the parts. The gloss of the polished surface has a large effect on the shape of the product, mainly due to the surface roughness and the material of the cutting tool.
Carbide tools and PCD tools are commonly used to cut aluminum. However, it is impossible to achieve the surface smoothness requirement of the mirror surface, and it is necessary to perform post-processing such as polishing. Carbide tools and PCD tools are not suitable for cutting ultra-fine shape machining processes. In addition, although carbide tools are inexpensive, they wear and degrade quickly, and tools are frequently updated; therefore, the cost is still not low.
Technical bottleneck:
The mirror polishing process of aluminum chassis has a certain demand in industrial manufacturing;
The high cost of cutting tools during use is associated with lower costs.
solution:
Tokyo Diamond uses a single crystal diamond face milling process to effectively improve the surface finish quality of the mirror finish;
Tokyo Diamond uses ultra-fine crystal diamond tools to achieve ultra-fine shape processing;
Tool life is 10 times longer than carbide tools.
Japan's Tokyo Diamond Company developed the Miracle brand single crystal diamond tool for mirror processing of aluminum mirrors and other materials; it can also be used for the processing of photosensitive drums and polygon mirrors.
Cutting parameters:
Workpiece: A7075
Cutting speed: 200m/min
Feed: 3.5μm/rev
Cutting depth: 0.05mm
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Shenzhen YuGuang New Material Co.,Ltd , https://www.ygsmartfilm.com