Reflective Tracking Markers for 3D Scanning Abundant, TearResistant Product overview These reflective tracking markers provide a plentiful supply of contrast tracking dots for 3D scanning and photogrammetry. Designed for repeated use, the tear resistant construction and reflective surface help scanners and capture software detect reference points reliably across multiple projects. Key benefits Large quantity: generous supply of reflective points and tracking dots to cover multiple scans and larger projects without frequent replenishment. Durable and tear resistant: constructed to withstand handling in demanding scanning environments, suitable for repeated placement and removal. visibility and contrast: reflective surface improves detection by 3D scanners, structured light systems, and photogrammetry workflows for more consistent reference point tracking. Versatile function: serves as reference marker points, tracking dots for 3D scanning, and practical pointers for classroom demonstrations or training. Key attributes Function: reflective tracking markers for creating clear reference points during scanning and image capture. Compatibility: works with handheld 3D scanners, structured light scanners, photogrammetry rigs, and other optical capture systems. Material and durability: reflective material with tear resistant construction for reliable performance over multiple uses. Supply: abundant quantity included for extensive scanning projects and varied applications. Practical applications Reverse engineering and small part capture: place multiple contrast dots to improve feature recognition and alignment during detailed scans. Large object and site scanning: use many markers across a structure or large model to maintain consistent reference points throughout a multipass scan. Education and demonstrations: quick to apply reference points for classroom scanning exercises, equipment training, or demonstration setups. Why customers choose these markers These reflective tracking points simplify the setup of reference markers for 3D capture. Their abundant supply and tear resistant construction reduce downtime and replacement needs, while the reflective, contrast surface helps scanning systems detect and align points more reliably.