Accurate positioning during scan - The marking points provide precise spatial reference during the scan. Specific patterns or shapes help the scanner capture exact 3D coordinates, enabling a refined and accurate 3D model. Stable scanning performance - They offer a reliable reference point for the scanner, improving stability and accuracy in complex or dynamic scanning environments. This helps ensure consistent results across challenging scenes. Faster, more efficient scanning - Thoughtful arrangement of marking points allows scan data to be identified and processed more quickly. This simplifies data alignment and stitching steps, reducing the overall scan cycle. Versatile for multiple scenarios - Flexible design supports both high-detail scanning of small objects and rapid modeling of large scenes. Marking points play a key role in meeting varied requirements across 3D scanning applications. Use cases - High-detail capture of small mechanical parts or jewelry, where precise coordinates are critical for a faithful replica. - Rapid modeling of architectural interiors, where stable references help maintain alignment across large scans. - Complex assemblies or vehicles, where efficient data processing and stitching save time without sacrificing accuracy.