Reflective Film Markers for 3D Scanning These reflective film markers are engineered for reliable use in 3D scanning and tracking workflows. They provide consistent, reflectivity targets that help scanners recognize and process points quickly, without affecting scan accuracy. Key benefits Optimized for 3D scanning and tracking: Designed specifically as fiducial targets and positioning dots for optical, structuredlight, and photogrammetry systems. reflectivity: The reflective film enhances scanner recognition and speeds up data capture, improving overall scanning efficiency. No impact on scan accuracy: Markers do not introduce artifacts or distortions and maintain consistent results across multiple scans. Consistent performance: Uniform reflectivity and surface quality make results repeatable from scan to scan. Simple to use: Compact, easytoplace dots serve as precise positioning targets for alignment and registration. Important attributes Function: Fiducial markers for 3D scanners, tracking dots, and positioning targets used during capture and registration. Compatibility: Works with most optical 3D scanners, structuredlight systems, laser scanners used with reflective targets, and photogrammetry setups. Material: Thin reflective film designed for contrast under scanner illumination. Size: Compact tracking dot form factor suitable for precise placement on parts and surfaces; available in standard dot sizes for common scanning tasks. Performance: reflectivity and stable appearance under varying lighting conditions to speed recognition and reduce manual intervention. Use scenarios Reverse engineering and quality inspection: Apply markers to a part or assembly to simplify alignment and improve the accuracy and speed of scan registration during inspection or CAD reconstruction. Cultural heritage and museum digitization: Place markers around an artifact to ensure consistent, repeatable scanning that preserves fine detail and facilitates model stitching. AR, VR, and motion capture setup: Use as positioning targets in environment mapping and object tracking workflows to improve the robustness of spatial registration. What makes these markers stand out Purposebuilt reflectivity tuned for scanning systems means faster recognition and fewer rescans. Designed to serve as neutral targets that do not interfere with surface detail or measurement accuracy. Consistent, reliable performance across common scanning and tracking applications. Compatibility note Suitable for use as 3D scanning dots, tracking dots, positioning targets, and in photogrammetry or structuredlight capture pipelines.