The Solutionix D500 targets industrials as well as non-industrial users that require 3D scanning small objects with high detail. Applications may range from 3D scanning jewelry to capturing cultural artifacts.
The object is automatically scanned from multiple angles to capture the entire profile of complex shapes. At the end of the procedure, a triangle mesh is created that can be effortlessly imported into CAD/CAM systems.
The latest technology captures vivid color texture in scan data without the need for additional color cameras. Users can select the data processing method depending on the color of the object to be scanned.
The professional 3D scanners of the Solutionix D-series were created to scan small models in a completely automated way. The technical specifications of the D500 and D700 scanners are calculated to meet the high level of detail required by both industrial and non-industrial applications such as jewelry, cultural artifacts and design.
The object is automatically scanned from multiple angles to capture the entire profile of complex shapes. At the end of the procedure, a triangle mesh is created that can be effortlessly imported into CAD/CAM systems.
The latest technology captures vivid color texture in scan data without the need for additional color cameras. Users can select the data processing method depending on the color of the object to be scanned.
The professional 3D scanners of the Solutionix D-series were created to scan small models in a completely automated way. The technical specifications of the D500 and D700 scanners are calculated to meet the high level of detail required by both industrial and non-industrial applications such as jewelry, cultural artifacts and design.
The Solutionix D-series is a range of fully automated tools specifically designed to scan small models. The technical specifications of the D-series are calibrated to meet the high level of detail required by both industrial and non-industrial users in various applications ranging from jewelry to cultural artifacts.
