The Application of end mills in Post-processing of 3D printing

In the post-processing of 3D printing, end mills are mainly applied in the finishing stage of parts. By removing excess materials, correcting dimensional deviations and optimizing surface quality, they meet the requirements of high-precision assembly. The following is the specific analysis:

In the post-processing of 3D printing, end mills are mainly used for fine machining of the printed parts. Although 3D printing technology can quickly produce parts with complex shapes, the surfaces of the printed parts are often relatively rough, and the dimensional accuracy may not be high enough, making it difficult to directly meet the demands of some high-precision applications. As a multi-edge cutting tool, the end mill has a high milling speed and efficiency, and is capable of performing fine processing on 3D printed parts.

For instance, for some 3D printed parts with high requirements for surface finish and dimensional accuracy, end mills can be used for cutting operations to remove excess material from the part’s surface, correct dimensional deviations, and enhance the surface quality and dimensional accuracy of the parts. In the post-processing of some 3D printed metal parts that require specific surface features or tolerances, end mills also play a significant role. Through the processing of end mills, 3D printed parts can better meet the actual usage requirements.