Peripheral Gear-Toothed Drive Flange

This disc-shaped component features a large central bore and uniformly distributed serrated bosses on the outer periphery. It is commonly used in mechanical transmission systems for power transfer and rigid coupling. The external gear-tooth design facilitates effective torque transmission or precise engagement with specific components. Combined with regularly spaced mounting holes on the end face, it ensures coaxiality and secure connection of rotating parts during high-speed operation, making it suitable for precision assembly scenarios such as automated equipment, machine tool spindles, and industrial robot joints.

The core of the manufacturing process lies in ensuring the coaxiality of the outer gear teeth relative to the central bore, as well as the flatness tolerance of the end mounting surface. Since the part involves concentrated machining of multi-face features, strict control over the positional tolerance of mounting holes and the perpendicularity of hole walls is required to prevent assembly interference. Additionally, dimensional consistency of the outer gear teeth and deburring are critical quality control points that directly impact transmission smoothness and the wear-resistant lifespan of mating parts. For such rotational parts with high geometric tolerance requirements, high-precision CNC machining centers are typically employed for turn-mill composite processing or multi-setup forming.

Shenzhen Chaozhuo Quick Technology Co., Ltd. is equipped with high-precision CNC machining centers from brands such as Zeguan and Jiafu, as well as Puruisi CNC lathes. We are capable of processing various metal materials including carbon steel, stainless steel, aluminum, and copper alloys. The factory provides one-stop solutions based on customer-provided 2D/3D drawings, covering process evaluation, material selection, rough and finish machining path planning, and surface post-treatment (such as sandblasting, electroplating, or anodizing). This ensures dimensional stability and appearance quality under complex working conditions, meeting delivery needs for both small-batch, high-variety and large-batch production.