Anatomical landmarks and curves were digitized using Morphodig 1.5.4 [116 ]. For a detailed map and designation of digitized anatomical landmarks and curves, please refer to Additional file
Geomagic wrap
Geomagic Wrap is a software solution for 3D data processing and reverse engineering. It is designed to capture, clean, and prepare 3D scan data for downstream applications. The core function of Geomagic Wrap is to convert point cloud and mesh data into high-quality 3D models.
Lab products found in correlation
11 protocols using geomagic wrap
Surface Model Reconstruction from μCT Scans
Anatomical landmarks and curves were digitized using Morphodig 1.5.4 [116 ]. For a detailed map and designation of digitized anatomical landmarks and curves, please refer to Additional file
High-Resolution Scanning and 3D Modeling of Pierolapithecus Cranium
Wear Characterization of Prosthetic Menisci
The 3D digital models of the worn menisci were compared with their corresponding checks, point by point, and all the deviations were registered. The method used for the wear characterization consisted of various steps. At the beginning, the reference check mesh and the worn 3D digital model were aligned and registered, according to the following pairs: #1 – #A; #2 – #B; #3 – #B. The registration was done using the check model as a reference and superimposing the worn model on top of this. The alignment method was based on the reference unworn surfaces, applying first a feature by feature registration and then a best fit global registration. The output of this procedure is a series of 3D wear maps, showing the distribution of material loss over the prosthesis surface, data about the wear depth, the friction area, volumetric loss and volumetric wear rates.
3D Segmentation and Reconstruction of CT Scans
Midpalatal Suture Analysis from CBCT Scans
Process of data preparation and analysis. Note: The figure shows, from left to right, CBCTs viewed in RadiAnt DICOM Viewer, segmentation of bony structures in Avizo, processing of three-dimensional surfaces in Geomagic and landmarking of two-dimensional photographs using R packages. Abbreviations: CBCT, cone-beam computed tomography
Evaluating Geometry Reconstruction Reproducibility
Evaluating Expander Volume Accuracy
The specifications of the two tissue expanders that are most commonly used in auricular reconstruction. Left 100 ml, right 50 ml.
DICOM data of the expanders were processed in ProPlan (above), and the surface area was measured in Geomagic Wrap (below).
Feather Surface Reconstruction for Optical Simulation
Comparative Limb Morphology for Leaping Ability
Upper Extremity Anatomy Modeling
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