Aerospace

XTOP3D delivers high-precision 3D scanning and optical measurement solutions for the aerospace sector using its industrial-grade XTOM blue light 3D scanner. The system streamlines aviation manufacturing, turbine blade quality control, virtual assembly, and aircraft MRO. By capturing micron-level surface deviations and generating accurate CAD data, XTOP3D empowers manufacturers to accelerate product development, automate quality inspection, and optimize maintenance workflows.

aerospace 3d scanning, aviation optical inspection, blue light 3d scanner, turbine blade inspection, aircraft reverse engineering, 3d measurement aerospace, non-contact quality control, aircraft parts inspection, virtual assembly 3d scanning, engine
  • Quality Inspection

    Quality Inspection

    Using the XTOM photographic blue light 3D scanner, you can quickly and accurately obtain 3D data of the aircraft parts' appearance and generate a 3D model. By comparing it with the CAD digital model, you can accurately detect defects such as part size deviation and shape deformation, ensuring that the accuracy of the parts meets design requirements.
  • Reverse Engineering

    Reverse Engineering

    The XTOM blue-light industrial-grade 3D scanner can accurately acquire 3D data on the surface of aircraft structural parts. Combined with professional reverse engineering software, it generates CDA models, accurately restores the current structural dimensions and construction status of structural parts, and effectively assists in secondary development and design modifications of products.
  • Maintenance

    Maintenance

    The XTOM photographic blue light 3D scanner can be used for wear analysis, damage analysis, and surface treatment of aircraft components. By comparing 3D scanning data with product digital models, a visual analysis report can be obtained, which can promptly identify worn areas and provide an accurate data basis for aircraft maintenance and repair.
Empowering Scenarios
  • The XTOM photographic blue light 3D scanner is used for reverse engineering of aircraft parts. It can accurately obtain 3D data of internal and external aircraft structures, generate CAD models in professional software, and completely restore the appearance data of fuselage structural parts to facilitate modification and innovation, or reverse design product drawings for processing.
    Product Design

    Product Design

  • The XTOM photographic blue light 3D scanner can be used to inspect turbine blades with complex shapes and diverse curves. It can clearly display the dimensional deviations of key parts, specify acceptable tolerance bands for manufacturing requirements, understand the difference between each part and the standard tolerance, and effectively control production quality.

    Turbine blade quality control

    Turbine blade quality control

  • The XTOM camera-based blue light 3D scanner can be used to obtain 3D digital models of parts from different manufacturers for virtual assembly. This helps to understand the matching degree of fuselage components, thereby improving the first-time success rate of the actual assembly process and helping aircraft manufacturers improve production efficiency and quality.
    Virtual Assembly

    Virtual Assembly

  • Throughout the engine production cycle, maintenance and repair costs are a significant expense factor. Using the XTOM photographic blue light 3D scanner, you can quickly inspect component wear and material deposition, enabling precise component repair.


    Engine maintenance

    Engine maintenance

  • Application Cases
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      High-Precision Blue Light 3D Scanning System