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Fast & Easy Reverse Engineering Software for all part types.
Quicksurface offers a powerful toolset for converting polygon mesh models into usable parametric, hybird and freeform CAD models.
Import triangulated mesh models and PTX point clouds
Automatically extract geometry such as planes, cylinders, cones etc from 3D Scan Data
Align meshes into usable geometric co-ordinate systems.
Create parametric 2d sketches,using the mesh as a reference object to ‘trace’ over.
Standard parametric modelling functions including extrude, revolve, cut, fillet and boolean etc.
Accuracy checking at all stages of CAD modelling process.
Quickly create freeform quad surfaces for non-parametric shapes
Automatic surface extraction for completely organic shapes.
Export models as IGES and STEP or transfer with full history tree into Solidworks
Parametric Modelling of mechanical parts and shapes
Fast & easy to use on large complex models
Automatic Surfacing of Organic Freeform Shapes
Accuracy checking at all stages of Modelling
Cost effective Soluion for Reverse engineering
Export Models as IGES, STEP and transfer history tree to solidworks
“Thanks for the great software. It has really helped with our projects.”
Model-med International Pty Ltd, Australia
“Mesh2Surface is great, and I love the new enhancements!!”
Pressure Composites, LLC, USA
“The software is one of the best packages I’ve ever tried.”
Christopher Coltman, HiTechAuto, South Africa
“It really is very useful software. It has made reverse engineering on Rhino so much quicker and easier. One of my favourite apps to work with.”
Lynton Wepener, South Africa
LEARN HOW IT WORKS
Quicksurface Freeform
Import STL, OBJ or PTX file formats
Polygon reduction
Mesh segmentation
Manual mesh alignment in space
Free form Organic modelling
Symmetry based free form modelling
Snap to Mesh Technology
Manipulator (gumball) based modelling
Surface quality analysis
Wrap Surfacing
Automatic Surfacing
Export to IGES or STEP file format
Quicksurface Full
Import STL, OBJ or PTX file formats
Polygon reduction
Mesh segmentation
Manual mesh alignment in space
Free form Organic modelling
Symmetry based free form modelling
Snap to Mesh Technology
Manipulator (gumball) based modelling
Surface quality analysis
Wrap Surfacing
Automatic Surfacing
Export to IGES or STEP file format
Primitive best fit extraction
Constrained best-fit
Add relations between primitives
Quick alignment based on extracted primitive (datum) prioritisation
2D sketching with toleranced control
2D dimensioned sketches
Revolved and Extruded surfaces
Parametric history based modelling
Circular and Mirror Patterns
Surface Trimming and Filleting
Draft Angle analysis
Boolean solid body operations
Live Transfer into Solidworks
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