Custom Non-Standard Copper Connector

As a key conductive and support component in electrical systems, this pure copper connector features an asymmetrical profile, integrating a multi-hole mounting flange at the top, an S-shaped transition arm in the middle, and a precision slot interface at the bottom. This structure is typically used in soft connections or rigid busbar systems for high-current transmission, ensuring low electrical resistance while meeting mechanical assembly constraints within specific spaces.

The metallic luster and machining textures on the part's surface indicate a precise machining process. Given that pure copper is soft, prone to tool adhesion, and easily deformed, the machining focus lies in controlling the straightness of the long overhanging arm and the positional accuracy of various mounting holes. In particular, the perpendicularity between the central curved section and the end planes, as well as the dimensional tolerances of the bottom slot, directly determine the contact stability and heat dissipation efficiency of the component under live conditions. Reasonable tool path planning and clamping solutions are employed to eliminate stress-induced deformation.

Leveraging our manufacturing experience in automated equipment components, equipped with high-precision vertical machining centers and coordinate measuring machines (CMM), we can stably achieve dimensional control for such complex irregular parts. For conductive parts requiring surface treatments like mirror polishing, silver plating, or tin plating, we provide one-stop delivery from material selection and precision milling to post-processing, ensuring appearance consistency and reliable electrical performance.