Application cases of end mills in the processing of lamp housings

End mills have significant applications in the processing of lamp housings. The following is an illustration of their specific applications and effects based on practical cases:

Case of processing of wire grooves for bracket lamp housing

In the processing of the wire grooves of the bracket lamp housing, the end mill plays a key role. By reasonably selecting the diameter, type and cutting parameters of end mills, efficient and precise wire groove processing can be achieved. For instance, by using end mills of specific diameters and combining them with optimized cutting speeds and feed rates, the dimensional accuracy and surface quality of the wire grooves can be ensured. Meanwhile, by using mechanical structures such as drive belts and tensioning wheels, stable transmission of end mills can be achieved, thereby enhancing processing efficiency.

Case of CNC milling processing of lampshade cavity

In the CNC milling process of the lampshade cavity, the end mill also performed well. By optimizing the processing plan, including choosing the appropriate type of end mill, cutting parameters and processing path, the processing quality and efficiency of the lampshade cavity can be significantly improved. For instance, using a fillet end mill for contour milling can leave a relatively uniform finish allowance, which is beneficial for subsequent processing. Meanwhile, by adjusting the cutting speed and feed rate, the off-edge condition of the chips can be controlled, reducing tool wear and extending tool life.

Specific application effect

Improving processing accuracy: The high-precision cutting capability of the end mill can ensure the dimensional and shape accuracy of the lamp housing, meeting the design requirements.

Improving surface quality: By optimizing cutting parameters and tool paths, end mills can produce smooth and burr-free surfaces, enhancing the appearance quality of lamp housings.

Improving processing efficiency: The high-speed cutting capability and stability of end mills can shorten processing time and enhance production efficiency.

Reducing processing costs: By rationally selecting the type of end mill cutter and cutting parameters, the frequency of tool wear and replacement can be reduced, thereby lowering processing costs.