Positioning capability - Uses highly reflective or specialty materials to ensure rapid detection by scanners in complex environments. Its distinctive shape and surface texture maintain precise positioning from multiple angles, effectively reducing data errors. Multisurface compatibility and durability - Marking points work across a variety of material surfaces such as metal, plastic, and ceramic to meet scan requirements in diverse applications, including industrial inspection and medical modeling. The markers are weather-resistant and stable, delivering reliable performance in high-temperature environments. Efficient data alignment and workflow - Even distribution of marking points over the surface of the scanned object enables fast alignment and integration of scan data from different viewpoints. The spatial coordinate structure formed by the markers significantly reduces post-processing time and improves overall scanning efficiency. Easy to detect under varied lighting - The markers have distinctive visual properties that create a clear contrast with the scan object surface, ensuring they are easy for scanning devices to identify quickly and accurately, regardless of lighting conditions. This helps keep the scan process smooth and precise. Key attributes - Material and construction: highly reflective or specialty materials designed for reliable scanner detection. - Size and form: compact marking points that provide strong visibility without obstructing the object. - Performance: stable in harsh environments, including high temperatures, with consistent detection by scanners. - Compatibility: designed to be recognized by a wide range of scanners and suitable for diverse surface finishes. Use scenarios - Industrial inspection: accurate scanning of metal, plastic, or ceramic parts in high-temperature or challenging environments to support quality control. - Medical modeling: reliable capture of anatomical or educational models with fast data alignment from multiple angles. - Manufacturing and reverse engineering: efficient scanning workflows that reduce post-processing time when working with varied materials and complex geometries.