Measuring gaps between steering wheel housings using SRI series 3D cameras is essential for ensuring assembly quality in the automotive industry, but significant challenges persist. These include:  

Steering wheel assembly quality relies on accurately measuring gaps between housings, a critical step for ensuring functionality and safety. However, modern steering wheel designs feature ergonomic, irregularly shaped curved surfaces with multidimensional spatial curve characteristics at the seams, making precise gap measurement difficult.  

Traditional measurement tools, such as calipers or contact-based gauges, struggle to handle these complex shapes, often leading to inaccurate measurements, potential assembly defects, and quality issues that compromise vehicle safety and customer satisfaction.  

The need for non-contact, high-speed, and high-resolution measurement solutions is growing to keep pace with advanced manufacturing demands, but many existing tools lack the capability to adapt to varying curvatures and generate reliable 3D data for process optimization.

SinceVision Solutions: SRI8020 Integrated 3D Laser Profiler

01Non-Contact Scanning for Complex Shapes: Through non-contact laser scanning, the SRI8020 easily adapts to various complex surfaces and irregular shapes, regardless of curvature variations, quickly generating 3D contour images and precisely calculating gap widths to ensure assembly quality and provide a strong basis for process adjustments.

02High-Resolution 3D Profiling: With 3,200 x-axis contour points, the SRI8020 delivers detailed, high-resolution 3D data, enabling accurate measurement of multidimensional spatial curves in steering wheel housings, overcoming the limitations of traditional tools for complex automotive geometries.

03Ultra-Fast Scanning for Efficiency: Offering a scanning rate of up to 67,000 Hz, the SRI8020 ensures rapid, real-time measurements, enhancing production efficiency and meeting the high-speed demands of modern automotive manufacturing while maintaining precision.