Solutionix D-Series provides high quality 3D scan data with the innovative Blue LED technology. With the newly upgraded scan engine and optimized scanning algorithms for the Solutionix D-Series, users will notice huge improvements to the scanners’ performance..With the D-Series, you can automatically set the brightness with one click of the mouse without needing to set the brightness of the scan object beforehand. The ‘Batch Process’ function also allows users to perform all functions from scanning to data extraction at one go, providing an easy and convenient scanning experience.Depending on the complexity of the scan object, it may require a different scanning path. The flexibility of the scanning path generation makes it easy for users to create their own scanning paths, allowing repeated data collection on various object sizes and shapes.It is difficult to obtain scan data from objects with deep and narrow crevices. Using the Data Merge function allows you to recover file details from noisy or sparse scan data and intelligently detects, and automatically fills in holes in the scan data.3D scanning does not always need much effort. With a single mouse click, users can get their whole object scanning done very easily and quickly. Another mouse click actively synchronizes the model and camera views, enabling users to navigate to any scanning position and to add more scans where required.The Solutionix D-Series was created to scan small models in a completely automated way. .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.The Solutionix D-Series is mainly used in “Quality Inspection” or “Reverse Engineering” because of the ability of the scanners to acquire high-precision scan data easily and quickly. Now, both the Solutionix D500 & D700 have an added new function to acquire high-resolution color information which can be utilized in 3D printing.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 effortlesslyimported to CAD/CAM systems.