Automotive Interior Instrument Panel and Center Console Skeleton

Ensuring dimensional stability across large, thin-walled automotive interior structures is critical to maintaining consistent panel gaps and surface aesthetics during assembly. The components shown represent a full-scale center console and instrument cluster housing system, featuring complex spatial curves, integrated mounting bosses, and precise cutouts for infotainment screens and HVAC controls. These parts serve as the structural backbone for cockpit modules, requiring rigorous control over warpage and shrinkage to support heavy electronic loads without deformation.

Manufacturing these assemblies involves managing significant challenges related to long-span flatness and the alignment of multiple mating interfaces. Key processing checkpoints include the concentricity of screen bezel openings, the positional accuracy of screw pillars for secure module attachment, and the uniformity of clip features that interface with soft-touch trim layers. For prototype validation, high-resolution SLA 3D printing allows for rapid iteration of form and fit, while CNC machining of engineering thermoplastics like ABS or PC+ABS provides material properties closer to final injection-molded production parts, enabling realistic stress and thermal testing.

Kunshan Future Power leverages a combination of large-format SLA printers and multi-axis CNC centers to support automotive OEMs from concept modeling through to pre-production verification. Our facility is equipped to handle the full lifecycle of interior component development, offering vacuum casting for small-batch functional testing and precision machining for high-fidelity prototypes. By utilizing coordinate measuring machines (CMM) for comprehensive dimensional inspection, we ensure that every contour, hole position, and surface finish meets the strict tolerance standards required by Tier 1 suppliers and vehicle manufacturers.