1.High Rigidity and Load-Bearing Performance:Serving as the foundational internal skeleton for the sub-dashboard and center console system, this carrier is molded from high-rigidity modified engineering plastics (such as long/short glass fiber reinforced materials), delivering exceptional flexural and torsional strength while optimizing weight reduction. The optimized reinforcing rib matrix effectively distributes and withstands dynamic loads from the central display, gear shifter mechanism, and armrest box, ensuring the internal framework remains dimensionally stable under harsh driving conditions and preventing long-term loosening or fatigue damage.

2.Multi-Interface Integration and Assembly Precision:Featuring a highly complex configuration, this component integrates multiple functional mounting interfaces, metal insert seats, and split-type wiring harness channels. Through high-precision mold engineering, we ensure the synchronized operation of complex sliders and lifters, achieving seamless integration via multi-directional core-pulling. This robust manufacturing control guarantees exceptional positional consistency for all screw holes, snap-fits, and locating pins, enabling smooth and accurate assembly with subsequent functional panels and exterior trim components while significantly improving integration efficiency on our clients' assembly lines.

3.Process Optimization and Defect Control:Addressing common industry challenges associated with fiber-reinforced materials and variable wall thicknesses—such as surface fiber floating, sink marks, and warpage—our engineering team utilizes refined processing parameters to precisely control packing profiles and cooling cycles. The component features smooth structural transitions and high weld-line strength to ensure uniform molecular orientation within the internal matrix. We offer agile engineering support from DFM analysis to small-batch pilot runs, helping clients preemptively mitigate structural risks and guaranteeing high yield rates and reliable lead times across multi-batch production.