First, on the far left is a cylindrical metal object with a smooth, mirror-like surface that takes on an attractive sheen. In the CNC machining process, the object is precisely cut and formed through precise programming and multi-axis linkage technology, ensuring the absolute accuracy of its size and shape. The subsequent polishing treatment further improves the surface finish, eliminates the processing traces, and makes it more textured and aesthetic.
Then the middle object is a slightly larger cylindrical metal body with the same shiny surface. This object may be more difficult to process because it may need to implement more complex internal structures or features while maintaining accuracy. Through the flexible use of CNC technology, these complex features are precisely carved, and the polishing process ensures a uniform and fine finish throughout the surface.
Finally, the object on the far right is a hexagonal metal nut with a circular hole in the middle and a precision thread at the edge. This nut is likely to be used to join or hold large mechanical parts, and its size and the precision of the thread are essential to ensure a strong and reliable connection. In the process of CNC machining, the precise engraving of thread is realized by precisely controlling the tool path and cutting parameters. The polishing treatment ensures the smooth and clean surface of the nut, further improving its service life and reliability.
