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**Extensive Range of Applications**: Ideal for motion information collection, these positioning markers excel in 3D motion capturing and gait analysis. The markers reflect light (typically infrared) emitted by equipment, which is then captured and processed for accurate data acquisition. Suitable for industries such as automotive, aerospace, machinery, manufacturing, power generation, electronics, and education, they support diverse scanning and tracking processes.
**Effortless Application and Detachment**: Featuring a user-friendly sticky foil design, these markers are easy to apply and detach. They facilitate accurate data collection for 3D scanning, reverse engineering, metrology, and inspection, enhancing workflow efficiency.
**Innovative Reflective Technology**: Utilizing advanced reflective film technology, a layer of reflective glass microspheres is adhered to PET film through aluminum plating. Hollow circular reflective dots are printed with accuracy via screen printing, optimizing visibility and effectiveness.
**Comprehensive Set and Dimensions**: This package includes 10 sheets of 3D scanning markers, each sheet containing 20 markers, totaling 200 markers. Each marker measures 12mm in inner diameter and 19mm in outer diameter, ensuring accurate tracking and positioning.
**Exceptional Performance Attributes**: Designed for high reflectivity and durability, these markers are tear-proof, withstand exposure to water and sunlight. They offer excellent ink absorption and can be adhered repeatedly, making them ideal for various demanding environments.
Item Type: 3D Scanning Marker
Material: PET, Reflective Film
Model: Inner 12 Outer 19
Inner Diameter: Approx. 12mm / 0.47in
Outer Diameter: Approx. 19mm / 0.75in
Thickness: Approx. 0.15mm / 0.006in
Performance: High Reflectivity, Strong Adhesion
Quantity: 10 Sheets (20pcs Per Sheet)
Package included:
10 Sheet x 3D Scanning Marker (20 Pieces Per Sheet, Total 200 Pieces)
Notes:
1.The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.