Rail transit ships

Ships and rail transit facilities have complex curved structures and shapes. XTOM blue light 3D scanners and industrial photogrammetry technology can be used for inspection and reverse engineering of subway bodies, yachts, ships, and rail transit components, providing comprehensive measurement data.

3D scanning of subway bodies, 3D inspection of rail transit components, yacht reverse engineering, 3D inspection for maintenance and repair, 3D photogrammetry, blue-light 3D scanners, XTOP3D
  • Quality Inspection

    Quality Inspection

    Using the XTOM blue light 3D scanner + XTDP 3D photogrammetry system, we can obtain the 3D data of the appearance of rail transit vessels and their components, and generate a 3D model. By comparing it with the digital model, we can obtain a deviation chromatogram and come up with a complete correction plan, greatly improving the detection efficiency.
  • Reverse Engineering

    Reverse Engineering

    Use the XTOM blue light 3D scanner + XTDP 3D photogrammetry system to obtain spatial data of the object surface (CAD model represented by dense point cloud data), accurately reflect the current structural status of the measured product, and effectively assist in product design.
  • Maintenance

    Maintenance

    Using the XTOM blue light 3D scanner + XTDP 3D photogrammetry system, the 3D scanning data is compared with the product digital model to obtain a visual analysis report, which can timely identify worn areas and provide a data basis for the maintenance and repair of rail transit ships.
Empowering Scenarios
  • The subway car body is a thin-walled sheet metal stamping part with large size and many free-form surfaces. In order to effectively control the global cumulative error of 3D scanning, a 3D measurement solution combining blue light 3D scanning and photogrammetry is adopted to achieve high-efficiency and high-quality dimensional detection.
    Subway body inspection

    Subway body inspection

  • The XTOM blue light 3D scanner + 3D photogrammetry technology can obtain the overall geometric shape of the yacht. Combined with professional 3D reverse engineering software, it can create high-quality 3D models to assist in the optimization, modification and innovation of the hull, cabin and interior structure design.

    Yacht reverse engineering

    Yacht reverse engineering

  • The XTOM camera-type blue light 3D scanner has built-in 3D industrial photogrammetry to complete overall spatial positioning, eliminate the cumulative error caused by measuring large-size workpieces, and ensure measurement accuracy. It is suitable for all aspects of ship product development, reverse engineering, production and manufacturing, maintenance and repair.

    Shipbuilding and repair

    Shipbuilding and repair

  • In the field of rail transit, blue light 3D scanning + industrial photogrammetry technology can be used for precise measurement of vehicle bodies and structural castings; quality inspection of welded parts and welds can intuitively display weld position, shape and size information; and comparison of design models and scan data can be used for assembly position detection.
    Rail transit component inspection

    Rail transit component inspection

  • Application Cases
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