Precision Stamped Battery Module Side Plate

As a critical support and insulation component within new energy battery packs, this part features a long strip frame structure with regularly arranged mounting holes and positioning bosses on both sides. This layout provides stable mechanical limiting for cell modules while reserving space for wiring harnesses or heat dissipation, ensuring structural stability and electrical safety of the battery pack under vibration conditions.

The manufacturing process strictly controls the overall flatness of long-dimensional parts and the relative positional accuracy of multiple holes to prevent assembly interference caused by cumulative tolerances. To address the risk of warping deformation common in thin-walled metal stamping, our production line utilizes high-speed presses from brands like YAMADA and KYORI with 0.005mm precision, paired with precision progressive dies for continuous operation. Subsequent straightening processes correct geometric tolerances, effectively ensuring dimensional consistency and smooth assembly for bulk deliveries.

Leveraging dual IATF16949 and ISO9001 certification systems, our factory offers integrated delivery capabilities from mold development to precision stamping. We support processing of various materials including stainless steel, carbon steel, and aluminum, and offer surface treatments such as nickel plating, anodizing, and powder coating to enhance corrosion resistance and insulation performance. Key hole distances and contours are fully inspected using Mitutoyo vision measuring instruments to meet the high standards of the automotive electronics and energy storage industries. Quotations are evaluated based on specific 3D drawings, material grades, surface treatment specifications, and expected order volumes.