3D Scan Marking Points and Positioning Targets Size: Inside 6mm and Outside 10mm What this product does Clear, repeatable marking points designed for 3D scanner positioning and identification. Helps scanners detect reference targets for alignment, registration, and accurate stitching of multiple scans. Two size options included to match different scanner detection ranges and target placements. Key benefits Improve scan accuracy: provides reliable reference points that reduce alignment errors during multiscan workflows. Faster setup and processing: makes target detection and automatic registration quicker, saving time on each scan session. Consistent results: fixed target geometry and sizes help maintain repeatable placement and predictable scanner responses. Flexible placement: inside and outside sizes accommodate small features and larger reference areas as needed. Main attributes Function: Positioning targets and identifying label dots for 3D scanning tasks. Compatibility: Intended for use with 3D scanning systems and workflows that accept external positioning targets. Size: Two sizes for different needs, inside 6mm and outside 10mm. Performance: Designed to be easily detected by standard scanning and registration software to support accurate alignment. Practical use scenarios Reverse engineering: Place targets on a complex part to improve multiscan alignment and capture fine geometry for CAD modeling. Quality inspection: Use targets to ensure consistent positioning when scanning parts for dimensional comparison or deviation analysis. Heritage and object digitization: Apply targets to assist in stitching scans of artifacts or small sculptures where multiple views must be merged. Quick usage tips Place targets evenly around the object and on stable, visible surfaces for detection. Use the 6mm size for tighter spaces or small features and the 10mm size when a larger reference is needed. Ensure targets remain firmly in place during scanning to avoid registration errors. This set of 3D scanner positioning targets provides practical, sizespecific references that simplify target detection and improve the repeatability of multiscan capture workflows.