Geomagic Studio Features at a Glance
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Automatically extract design intent and create intelligent CAD ready surfaces. Ideal for both new design and re-engineering of existing parts. |
Create exact 3D replicas of organic objects such as bones or historical artifacts. One-button surfacing creates watertight NURBS surfacing. |
Extract design intent from existing objects and create exact replicas of as-built parts for FEA and CFD analysis. |
| Fashion Edition | Shape Edition | Complete Edition | |
| Scan data processing | |||
| Process large data sets |  | | |
| Collect point data from all major 3D scanners and digitizers | | | |
| Optimize scan data (using remove outliers, reduce noise and other available tools) | | | |
| Align and merge multiple scan data sets | | | |
| Automatically or manually register multiple point clouds | | | |
| Point and polygon editing | |||
| Reduce dense data sets with random, uniform and curvature-based point sampling | | | |
| Create polygon mesh from point cloud data | | | |
| Modify, edit and clean polygon model | | | |
| Detect and create features in the model | | | |
| Repair and sharpen boundary edges | | | |
| Export model in several file formats including STL, OBJ, VRML1, VRML2, DXF, PLY and 3DS | | | |
| CAD-ready surface design | |||
| Automatically or manually classify surface types (planes, cylinders and others) of a model | | | |
| Choose all or a selected number of surfaces to process | | | |
| Control surface fitting using available tools and parameters | | | |
| Create a single, stitched surface that is a blend of planar, cylindrical, conical, extruded, revolved, and free-form surfaces | | | |
| Extract optimized profile curves | | | |
| Analyze surface fitting results using inspection, walk-through or visualization tools | | | |
| Export profile curves or CAD-ready surfaces as IGES or STEP files for downstream processing | | | |
| Surface modeling | |||
| Automatically create watertight NURBS surfaces from polygon models | | | |
| Easily create new patch layouts manually by drawing curves | | | |
| Automatically define UV parameterization | | | |
| Adaptively fit surfaces (C0 and C1) based on tolerance | | | |
| Obtain guaranteed C1 continuity between surface patches | | | |
| Create templates for rapid surfacing of similar objects | | | |
| Ability to output sharp edges and planar surfaces | | | |
| Detect and repair patch errors with step-through dialogs | | | |
| Export model in several formats including IGES, STEP, VDA, NEU, SAT | | | |