Quick Surface
KEY BENEFITS
Quick Surface is a powerful, new option for Verisurf Reverse that efficiently creates smooth, high-quality surfaces from meshes derived from scan data or STL files. Quick Surface maintains curvature continuity between adjacent surfaces and is ideal for creating smooth, high-speed toolpaths.
With Quick Surface, it’s a snap to produce freeform CAD surfaces from organic or prismatic Verisurf meshes and assess the surface-to-mesh fit quality prior to export for additional, downstream modeling or other processing. Quick Surface is an ideal enabler for scan-to-part or scan-to-3D-printing workflows.
- Auto create surfaces from 3D meshes
- Controls curvature continuity at edges
- Ideal for creating Class A surfaces
High-Quality Surfacing of
Complex Scan Data
With Quick Surface, it’s a snap to produce freeform CAD surfaces from organic or prismatic Verisurf meshes and assess the surface-to-mesh fit quality prior to export for additional, downstream modeling or other processing. Quick Surface is an ideal enabler for scan-to-part or scan-to-3D-printing workflows.
Quick Surface creates smooth, high-quality surfaces continuous across adjacent boundaries suitable for downstream machining or 3D printing.
VERISURF + QUICK SURFACE
Complete toolset for all the nuances of challenging, complex contours
Perform any reverse engineering task with ease.
- Import and export data in any common CAD/CAM format
- Combine, segment, register, edit large, dense pointclouds
- 2D/3D pointcloud meshing with multiple, advanced editing, and fully-automated optimization tools
- Extensive mesh surfacing options with fine-tuning controls and a full CAD system for building solid models suitable for downstream inspection, manufacturing, and tool building
Before Quick Surface: Mesh from scan data Quality Planning & Process Control
Quick Surface quad mesh
Quick Surface fit analysis
After Quick Surface: final NURBS surfaces in Verisurf
Quick Surface
Online Training
AN OPEN X VERISURF COLLABORATION
- Quick Surface Basics
- Organic Shapes
- Mesh Preparation
- Sheet Metal Repair
- Reducing Deviations
- Snapping & Extrapolation
- Using Manipulators
- Filling & Smoothing
- Smoothing & Creasing