Application history of 3D scanning:
solving various tasks in real production facilities
solving various tasks in real production facilities
Reverse engineering, geometry control, non-contact measurements, creation of equipment for scientific experiments, virtual museums, product design and other applications of 3D scanners
3D scanning and 3D modeling of the medallion
Thanks to the Standard 3D scanner, the medallion was scanned for further modeling.
Specialists in the field of 3D modeling can significantly expand the possibilities of self-expression through the use of 3D scanning technologies.
The RangeVision Standard 3D scanner, combined with the 3Ds Max 3D modeling environment, allows you to effectively and easily represent real-world objects in 3D.
Scanning and processing of this medallion takes no more than 15 minutes. For convenience, special labels were pasted on the model.
The RangeVision Standard 3D scanner, combined with the 3Ds Max 3D modeling environment, allows you to effectively and easily represent real-world objects in 3D.
Scanning and processing of this medallion takes no more than 15 minutes. For convenience, special labels were pasted on the model.
Using such labels allows us to perform 3D scanning from different positions and move the model. All fragments are combined automatically.
Процесс 3D-сканирования
The received data is then processed in Rangevision ScanMerge software.
Due to the export function to formats. STL, .obj, .ply, importing data into 3Ds Max is not difficult.
By setting the material and setting the lighting, we get a very advantageous photorealistic rendering.
By setting the material and setting the lighting, we get a very advantageous photorealistic rendering.
RangeVision would like to thank the Specialist Training Center and Dmitry Epov personally for the materials provided.
3D-сканер в этом проекте
Standard
Снятый с производства стационарный оптический 3D-сканер
Точность до 0,15 мм
Детализация до 0,05 мм
Точность до 0,15 мм
Детализация до 0,05 мм