Combination of 3D depth camera and 3D printer technology can make data real and bring convenience to scientific research, data analysis, and our life. It is to scan the spatial shape, structure and color of the object to obtain the spatial coordinates of the object surface. Its significance lies in the ability to convert the three-dimensional information of the object into data that the computer can directly process.
Through the three-dimensional scanning of the 3D depth camera, the spatial shape and structure of the object are obtained. After obtaining the data of the product, the professional engineering software is used for data processing, and the error is corrected to obtain the precise size of the object. Based on this, the three-dimensional modeling of the product is carried out.
2. parts
After the factory produces a sample or product, the customer needs to know whether the dimensional accuracy of the sample and product meets the requirements. Through the 3D depth camera scanning, the size of the product can be accurately calibrated, and based on this, it can be judged whether the dimensional error of the product meets the requirements.
3. Art sculpture
Sculptor makes the clay sculpture by hand, scans the clay sculpture in 3D with a 3D depth camera, and obtains 3D model data. 3D print a small sample of the sculpture, and the sculptor makes iterative modifications on the 3D model according to the sample until it is satisfied, which greatly improves the efficiency.
4. Parts inspection and comparison
By comparing the data obtained by 3D scanning with the original design data, the precision inspection results of the product can be obtained, especially for curved surfaces and complex structures.
