These types of parts are usually made from 6061-T6 aluminum alloy, which possesses both lightweight and high-strength properties, and is suitable for connecting requirements of automated equipment, fluid pipelines or power systems. The processing procedure involves multiple steps: Firstly, through a CNC lathe, the rough and fine processing of the inner and outer circles as well as threads is carried out to ensure the coaxiality error is within 0.02mm; then, by a machining center, the positioning holes and installation surfaces of the flange are milled to ensure the hole position tolerance meets the equipment assembly requirements; finally, anodizing treatment is applied to enhance the surface wear resistance and corrosion resistance.
The core advantage of customized processing lies in on-demand adaptation: Whether it is non-standard dimensions, special hole position distribution, or personalized requirements for thread specifications, all can be achieved through programming. At the same time, the easy-cutting property of aluminum alloy materials can also effectively shorten the delivery cycle while ensuring accuracy, providing an efficient solution for equipment upgrades and maintenance replacements. In the industrial customization field, the processing capability of these parts is an intuitive reflection of an enterprise's precision manufacturing strength.
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