Standalone reverse engineering software that can work with nearly any CAD software
Standalone reverse engineering software that can work with nearly any CAD software
Geomagic Wrap® provides the most cost-effective, quick, and accurate path from point clouds to 3D polygonal and surface models for use in downstream engineering, manufacturing, art, and industrial design. Geomagic Wrap, as part of your 3D digital thread, creates ideal data for use directly in 3D printing, milling, archiving, and other 3D applications. Geomagic Wrap gives strong, easy-to-use, cutting-edge modeling functions for that faultless 3D model with superior accurate surfacing tools. During the reverse-engineering process, scripting and macros also automate functions for repeated activities. Point cloud data, probe data, and imported 3D formats like STL and OBJ can all be converted into 3D polygon meshes for use in manufacturing, analysis, design, entertainment, and archeology with Geomagic Wrap.
3D Imaging for Engineering needs
Create flawless, watertight 3D models of physical items quickly and easily from 3D scan data, then use them to perform advanced functions like finite element analysis (FEA) and computational fluid dynamics (CFD). These 3D models can be used in Autodesk® Maya®, Autodesk® 3ds Max®, and other 3D computer animation tools by visual effects artists and animators. Archaeologists utilize Geomagic Wrap's 3D capabilities to store and interpret petroglyphs and ancient markings that are frequently invisible to the human eye. Students and museum visitors can interact with an ancient relic without touching it because to its direct 3D printing capabilities.
- New script editor and documentation for Python® automation that is simple to learn and use.
- Color and texture workflows will be streamlined with new and improved texture manipulation capabilities.
- Improved macro documentation to help you get more done in less time.
- Surface investigation methods for meshes are now available thanks to new surface-checking tools.
- A new mesh creation method for patchy and long-range data has been developed.
