First, the leftmost is a circular gear with a central hole in the middle. This gear may be used as a core component of the drive system to connect or support other gears. In the process of CNC machining, precise programming and multi-axis linkage technology ensure the roundness of the gear, the accuracy of the center hole and the accuracy of the tooth shape. The polishing treatment further improves the surface finish, eliminates the small defects that may occur during the processing, so that it can reduce friction and wear during use and improve transmission efficiency.
Next, a circular gear with multiple teeth. This gear has a precise tooth profile designed to mesh with other gears for power transfer. In the CNC machining process, the precise tool path planning and cutting parameters are set to ensure that the shape, size and arrangement of each tooth are accurate. The polishing ensures a smooth and clean tooth surface, making it better compatible with other gears and reducing noise and vibration.
The third gear is a cylindrical gear with four teeth, which is compact in structure and reasonable in design. This gear may be used in a drive system where space is limited, and its tooth profile, cylindricity and axial position are ensured by precise CNC machining technology. The polishing treatment further improves the texture and aesthetics of the surface, so that it not only has excellent transmission performance, but also has a certain appreciation.
Finally, the rightmost gear is another cylindrical gear with four teeth, but without a central hole. This gear may be used as the output or connection end of the transmission system to connect with other components or transfer power. In the CNC machining process, through strict programming and quality control, to ensure its dimensional accuracy and tooth shape accuracy. The polishing treatment ensures that the surface is smooth and delicate, so that it can maintain stable performance and long life during use.
