Tags :PowerSurfacing

Connect the Sub-D object to Existing SolidWorks® Curves and Surfaces Precise Tangential Connections with SolidWorks® Surfaces Parametric Updating of Power Surfacing Objects Spatial Constraining and Dimensional Shape Control Level-of-Detail Editing Curvature Display Usability Enhancements Features Primitive Shapes – Box, Cylinder, Torus, etc. Creation from SolidWorks® Sketches Import Existing Meshes: Obj or FBX from modo, Maya, etc. Dynamic Push-Pull Editing, Constrained Editing, Soft Selection Basic Modeling Tools: Extrude, Inset, Insert Loops, Bridge Intermediate Tools: Mirror, Bend, Edge Weighting, Subdivide Advanced Modeling Tools: Extend, Edge Extrude, Insert Edge, Thicken, etc. Conversion to Class A SolidWorks® Surface or Solid Bodies Integration with SolidWorks® Feature Tree Editing Benefits Neither Sub-D (Subdivision Surface) modeling nor NURBS modeling can effectively solve all 3-D design problems. Each...

Features Primitive Shapes – Box, Cylinder, Torus, etc.Creation from SolidWorks® SketchesImport Existing Meshes: Obj or FBX from modo, Maya, etc.Dynamic Push-Pull Editing, Constrained Editing, Soft SelectionBasic Modeling Tools: Extrude, Inset, Insert Loops, BridgeIntermediate Tools: Mirror, Bend, Edge Weighting, SubdivideAdvanced Modeling Tools: Extend, Edge Extrude, Insert Edge, Thicken, etc.Conversion to Class A SolidWorks® Surface or Solid BodiesIntegration with SolidWorks® Feature Tree EditingBenefits Neither Sub-D (Subdivision Surface) modeling nor NURBS modeling can effectively solve all 3-D design problems. Each has strengths and weaknesses. Sub-D modeling is great at producing and modifying complex freeform / organic shapes with smooth surfaces. NURBS modeling is good at combining shapes via. Boolean and Feature operations as well as refining shapes with operations like filleting, blending and...