PRINCE775 3D scanner is used to capture the 3D shape and surface information of objects or scenes and convert them into digital models or point cloud data. These devices are often implemented using different sensors and technologies in order to obtain high-precision three-dimensional data.
The PRINCE775 3D scanner has a wide range of applications, playing an important role in many fields, including manufacturing, medicine, cultural heritage protection, and geological exploration. They can help enable precise measurements, reverse engineering, virtual reality modeling and many other applications.
Dual-color laser: Red and blue laser scanning modes can be quickly switched. It has the characteristics of flexibility and portability of a handheld 3D scanner, and can obtain ultra-high-detail 3D data at the same time;
Ultra-high accuracy: The accuracy can reach up to 0.003mm. The external environment has little impact on the scanning accuracy. It can work normally even under direct sunlight;
Ultra-fast measurement: greatly improves scanning efficiency and reduces the number of marking points by half, plus double the scanning area and a scanning speed of 480,000 times per second;
Automatic positioning: The target point is automatically positioned without tracking and positioning equipment, and it can support dynamic measurement.
焦艳艳; 吴建民 - 《一种新型折射仪的光路座分析》
孔宪梅; 宋强; 谢洪潮; 陈大融 - 《冷轧钢板表面形貌与漆膜鲜映性的关系研究》
韩春鸣;胡肖强 - 《武汉理工大学学报(信息与管理工程版)》