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  • Think of the technology when the 3d scanner meets the medium-sized heterogeneity glass

       2026-05-20 NetworkingName1630
    Key Point:This view stems from the book " the world of glass " , by the representative of alan mcfarland, honorary professor of anthropology, cambridge university, united kingdom. With the industrialization and scale of glass production, various uses and various performances of glass have emerged。In the design of the building, there are many examples of the use of large alien arcal glass materials. For example, the enormous amount of glass material

    This view stems from the book " the world of glass " , by the representative of alan mcfarland, honorary professor of anthropology, cambridge university, united kingdom. With the industrialization and scale of glass production, various uses and various performances of glass have emerged。

    In the design of the building, there are many examples of the use of large alien arcal glass materials. For example, the enormous amount of glass material used in apple park victor center is a good example of architects ' congenial thinking and an open, compatible and unique design concept。

    3d glass exposure imaging principle

    Apple park victor center

    Car safety glass is also a more common presence in life, and its contours, alignment and surface dimensions are subject to test and acceptance, and to pay the scale of the drawings。

    3d glass exposure imaging principle

    Design inspection kits for inspection and inspection that are time-consuming, costly and inefficient. To further improve the efficiency of product quality testing, manufacturers urgently need to introduce new technical tools. Quality control using handheld 3d scanners can effectively address this pain。

    Today's sub-coding is an example of the application of the 3d scan of medium-sized, large curvature glass to analyze the potential of hand-held 3d scanners in the 3d scan direction of glass。

    3d detection program for large- and medium-sized heterogeneic glass

    It's hard to detect

    By definition, a significant feature of the large, medium-sized, heterogeneity glass is the size of the object, and the larger the size of the scanning object for the 3d scan, the greater the cumulative error. How to minimize cumulative errors is a major issue in the 3d scan。

    Typically, given the use of late-stage glass installation scenarios, analysis of the contour contour of the surface, gap differences, etc., is required to verify the conformity of the contour of the glass. This is a high demand for data completeness and accuracy。

    Use of equipment

    A composite 3-d scanner for kscan-magic

    3d glass exposure imaging principle

    Click pictures to see more kscan-magic flashes

    Programme strengths

    Accuracy assurance

    The kscan-magic accuracy is as high as 0. 020 mm and incorporates a global photometric system to measure object sizes。

    When scanning large objects, using global photogrammetry, large-faced photographs can effectively reduce cumulative errors in the scanning process, resulting in high accuracy and repetition。

    3d glass exposure imaging principle

    Click pictures to see why photogrammetry can guarantee the accuracy of medium and large objects

    When scanning large buildings with curved steel glass (4m x 4m), the overall spatial positioning can be obtained using a global photo survey embedded in kscan-magic, followed by the full three-dimensional data using high-speed, fine models。

    3d glass exposure imaging principle

    2. Flexibility and accessibility

    3d glass exposure imaging principle

    Large alien arctic glass is not easily mobile, and the 3d scanners of the kscan-magic series are flexible and adaptable to different operational scenarios and are highly adaptable to the environment and can be carried to different plants for scanning testing。

    3d glass exposure imaging principle

    It's easy to take kscan-magic on business

    When traditional methods of testing are used, new products will need to be customised to replace new instruments, and storage of the instruments will cost manpower and storage costs accordingly. Handheld 3d scanners are more universal and are perfect for the testing of different products. In addition, kscan-magic is used to be friendly to operators and new hands are trained in one day。

    3. Accurate, efficient, intuitive and comprehensive

    Traditional detection equipment is difficult to reconcile efficiency and precision. The kscan-magic series of composite 3-d scanners is marked with five working models, with the world's first infra-red parallel laser large-face scanning mode, with a maximum scanning surface size of 1440 mm x 860 mm, which is highly effective and significantly shorter。

    Using ultra-scanning models, complete data on the glass curve can be easily captured at a maximum resolution of 0. 010 mm. The edge details are clearly presented and effectively meet subsequent demands for glass curve contour contour profiles, gap differential analysis, etc., and generate visual visual reports。

    3d glass exposure imaging principle

    When using kscan-magic to test car glass (as in the figure above), complete data can be obtained in 10 minutes, generating a 3d model, a logarithmic model, and obtaining the final analysis of the contour contour profile, gap differences, etc. In the accompanying 3d software。

    3d glass exposure imaging principle

    4. Guidance on retroactivity

    Ultimately, accurate and comprehensive detection data can be archived, traceable at any time, allowing for follow-up products, the optimal design of the moulds, analysis of their wear and tear, etc。

    3d glass exposure imaging principle

    Kscan-magic scanning molding

    The use of kscan-magic scanned molds for wear and tear analysis, digital backup, etc., will facilitate the effective implementation of subsequent modelling, optimization and re-engineering。

    As one of the greatest inventions in the field of human materials, glass is now one of the essential materials of life. The associated quality control work relates not only to the functionality, comfort and safety of the product。

    Handheld 3d scanners provide a more efficient, accurate and flexible option to respond to the increased demand for performance of large and medium-sized heterogeneity glass。

     
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