VRMesh Studio

VRMesh Studio provides a comprehensive point cloud processing, and mesh modeling environment for industry users requiring engineering tools and design communication in one package.
Point Cloud Classification Classify LiDAR point clouds with high accuracy. Extract building footprints and create 3D buildings in one click. Provide powerline detection and clearance analysis tools. Advanced point cloud decimation and denoising.
	Automatic Point Cloud Classification
Registration Manually register two objects (point clouds / meshes) using 1 point or multiple points. Automatically register multiple objects using global registration. Automatically simplify and merge multiple objects into point clouds.
	Automatic Multiple Scan Registration & Merging (9.5 MB)
Point Cloud to Mesh Triangulate point clouds to meshes optimally and accurately in one click. Automatically delete redundant overlapping points.
	Automatic & Accurate Triangulation
Mesh Repair Unify normals, stitch gaps. Fill holes by curvature / plane / cap. Analyze and fix triangle errors with step-through wizard.
	Guaranteed Watertight Polygon (6.9 MB)
Mesh Editing Optimize meshes with feature-preserving smoothing and decimation. Restore sharp edges along feature curves. Smooth, fillet, trim, and extend boundary edges. Offset meshes with variable thickness. Boolean operations. Create multiple cross sections by plane / along curve.
	Feature-Preserving Remesh Smoothing (5.1 MB)
Quads and NURBS Automatically detect edge curves and construct wireframe curves. Create Quads and NURBS surfaces from triangle-meshed objects. Restore sharp edges between neighboring regions. Flatten 3D meshes into 2D pieces. Export NURBS surfaces in the IGES file format.
	NURBS Creation (29 MB)
Smart Form Create free-form 3D models from sketched curves. Create objects by sweeping / revolving. Digital Clay Reshape existing objects intuitively by clicking / dragging. Add complex elements on the surface.
	Fast Design from Sketch (19 MB)
Inspection / Measurement Generate color-mapped objects to illustrate deviations. Create and modify dynamic annotations to show deviations. Export the information of the selected points to Microsoft Word/Excel for inclusion in reports. Measure and annotate the information of point, point-to-point distance, or angle between two rays.
	Inspection