Use case

Leveraging 3D laser profiling technology, our solution rapidly scans all four sides of the ball joint, integrating 2D imaging and 3D data for highly precise inspection. A deep learning-based 2D segmentation model first identifies potential defect areas, after which the system selectively crops only the relevant regions from the 3D data, optimizing the detection process for maximum efficiency.

Our solution performs a 360-degree full-range inspection of input shafts, precisely detecting defects such as foreign particles, dents, chip entanglement, incomplete machining, and contamination with micron-level accuracy down to 500μm.

Our solution delivers ultra-fast, dual-sided inspection of transmission plates, leveraging a high-precision line scanner to detect dents, scratches, and surface contamination with 160μm accuracy in just 1.8 seconds per cycle.

Our solution enables high-speed, high-precision inspection of large-area battery module case U-frames, scanning all 10 surfaces with ultra-high-resolution (300MP) imaging to detect microscopic defects—including burrs, scratches, dents, and deformations—with 200μm accuracy.

Our solution enables high-precision inspection of battery module case end plates, utilizing ultra-high-resolution (100MP) imaging to detect microscopic defects—including scratches, dents, and blisters—with an accuracy of 7 pixels.

Our cutting-edge vision inspection solution integrates deep learning and rule-based post-processing, enabling ultra-precise defect detection down to 0.2mm.