Geomagic Wrap

Use the Auto Surfacing feature to fit surface patches onto a mesh and create a surface body with the click of a button. This is important to design a complex, freeform part; create model data for manufacturing a freeform shape; or analyze a geometric shape.

Auto surfacing creates a surface body that can envelop the entire geometric shape of a target mesh. It provides two different methods:

• Mechanical: Create a surface body from a target mesh by a constructing curve network following the features.
• Organic: Create a surface body from a target mesh by projecting an evenly distributed curve network.

It creates a NURBS model with minimal user interaction. Its intelligent patch network tools include a choice of quad patch fitting and T-junction patches that automatically construct a 3D patch network on an entire mesh. And it creates continuous NURBS surfaces by fitting control points in the network. It is useful to:

• Create a NURBS model from an entire mesh.
• Assist in surfacing a complicated part.
• Create a NURBS model from a complex, hard-to-model mesh.

Inspired by Geomagic Control X inspection and metrology software, Geomagic Wrap includes fundamental measuring tools to quickly analyze scanned parts.

Cut cross-sections through your parts and extract and annotate angular, linear, and radial dimensions.

Extensive and precise Exact Surfacing tools provide you with more control over your surface quality and layout and enables total control over NURBS patch layout, surface quality, and continuity.

Immediately export 3D data for accurate downstream use including simulation, casting, and manufacturing. Geomagic Wrap provides a wide range of file export formats including WRP, IGES, X_T, SAT, PRC, Step, VDA, NEU, 3ds, dxf, oogl, iv, ply, stl, wrl, and obj.

Extract a reference plane, vector, coordinate system, polyline, or point with multiple combinations of input. The reference geometry tools include various commands necessary for creating primitive geometries and editing the geometries.

• Plane: Creates a reference plane. Use the created reference plane as a sketch plane for drawing a 2D sketch or as a cutting plane for cutting off an entity.
• Vector: Creates a reference vector. Use the created reference vector as a rotation axis while creating a revolved feature.
• Coordinate System: Creates a reference coordinate. Use the created reference coordinate as a local coordinate system for transforming a model into another coordinate system.
• Point: Creates a reference point. Use the created reference point as a center position of a circular feature.

In addition, you can export reference geometries.

The first step of mesh modeling and reverse engineering is to import scan data. Import 3D files in standard mesh formats, various scan data formats from multiple scanner types and manufacturers, and from other Geomagic software applications. You can choose from all common file formats including polygons, point clouds, and CAD.

Surface engraving can be difficult to represent visually on 3D-printed models. You can add alphanumeric and DFX-based labels underneath the part surface and then fill the trapped engraving with support material or a secondary part material during 3D printing to provide high contrast for greater visibility. 

Expertly handle massive mesh and point cloud data alignment, processing, and refining mesh construction with point cloud processing tools.

Edit point clouds including:

• Filter noise/noisy clusters from point clouds.
• Sample point clouds.
• Smooth and reduce the effects of roughness in a point cloud.
• Offset point clouds by a certain distance.
• Automatically process color textures on meshes with color scan processing.

Convert point clouds to/from other entities:

• Construct a poly-face mesh from a partial point cloud.
• Convert other entities into point clouds.
• Separate point clouds from the original point cloud.

• Flatten complex, cylindrically-wrapped geometry for better analysis. 
• Unroll points and polygons for better visibility and easier work process in planar space.
• Extract design intent from rotating equipment by unrolling products of cylindrical cross-section.