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6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New
6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New
6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New
6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New
6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New
6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New

6.0Mm 3D Scanning Markers for 3D Scanner, Accurate Tracking Dots Reference New

$ 6.33

Availability: 25 in stock
  • Size: 10mm
  • Product Dimensions: 5.16 x 4.29 x 0.24 inches; 0.53 ounces
  • Item Package Quantity: 200
  • UPC: 744759566485
  • Condition: New

    Description

    Size:Inner diameter 6.0 mm,outer diameter10.0 mm, 50 single point markers each sheet.
    Multi-brand Compatibility: These adhesive markers are compatible with various handheld 3D scanners and optical trackers, including Creaform (Handyscan/Go!scan/Academia/Peel 3D), ZEISS (T-SCAN hawk), Shining 3D (EinScan H/EinScan HX/EinScan Pro/FreeScan), and HEXAGON, ensuring wide compatibility.
    High-Precision Scanning: These markers have undergone rigorous testing and validation, providing accurate and reliable data for applications such as 3D scanning, reverse engineering, metrology, and inspections.
    Ease of Use and Reliability: Designed with adhesive foil, our markers are user-friendly and easy to apply and remove. They maintain alignment during scanning, ensuring high-quality data and reliable reference points.
    Wide Range of Applications: Our markers are widely used in industries such as automotive, aerospace, mechanical, manufacturing, power generation, , and education. Whether you are a professional user or an educational institution, our positioning markers provide reliable support for your projects.
    Optical 3D scanner is a device that uses optical imaging to obtain 3D information of the measured object. It is currently widely used in industrial product inspection, reverse setting, simulation, positioning and other fields. In order to obtain the three-dimensional information of various parts of the measured object, the optical three-dimensional scanner usually needs to paste marking points on the surface of the measured object or around the object. An array of markers with known geometric relationships can be used to calibrate the system parameters of the scanning device. By identifying a certain number of markers in the scanning environment, the three-dimensional scanner can obtain accurate three-dimensional data of the object. Therefore, the mark point is an indispensable auxiliary positioning tool and calibration tool in the fields of optical surveying and mapping, machine vision and so on.