These reflective 3D scanning markers are designed to improve scan speed, accuracy, and reliability in professional scanning workflows. Key benefits Improved scanner performance: reflectivity boosts the performance of 3D scanners, enabling faster capture and more accurate point detection. Clear registration points: Bright, well defined reflective points help scanning systems locate and position markers quickly, reducing alignment errors and the need for repeat scans. Durable construction: Tear resistant design and robust backing stand up to repeated placement and removal, extending usable life in busy environments. Optimized for 3D workflows: Specifically engineered for use with 3D scanning systems, these markers deliver consistent, stable reference points for reliable scan results. What the markers do Provide precise reference points for registration, alignment, and tracking during scanning. Increase the effective capture rate by making detection easier for structured light and laser scanners and photogrammetry setups. Reduce time spent cleaning up scans and redoing passes caused by poorly detected markers. Compatibility and attributes Function: reference markers for 3D scanning, registration, and alignment. Compatibility: suitable for the majority of 3D scanners, structured light systems, laser scanners, and photogrammetry workflows. Construction: tear resistant substrate with a reflectivity surface for clear, repeatable detection. Form factor: low profile and easy to place on a variety of surfaces; designed for stable adhesion and simple removal. Performance: improves scanning speed and positional accuracy under typical indoor scanning conditions. Typical use scenarios Industrial inspection and reverse engineering: place markers on parts or assemblies to accelerate resolution scanning and ensure accurate alignment between multiple scans. Product design and prototyping: use as consistent reference points for capturing physical prototypes and integrating scans into CAD workflows. Cultural heritage and architecture: mark key positions on objects or surfaces to speed capture and maintain accurate registration across complex surfaces. Practical advantages Simple to apply and remove, minimizing setup time. Durable design reduces replacement frequency and ongoing cost. Clear, repeatable marker detection reduces post processing and improves overall workflow efficiency. These markers offer a practical, durable solution for improving the consistency and quality of 3D scans in professional scanning environments.