Convert 3D scan meshes to CAD models.
Created for professionals and non-professionals to convert 3D Scanned STL meshes with simplicity and ease.
Mesh2Surface products are not about building from scratch, they are about 3D reverse engineering.
Equipped with easy to use tools for extracting features from your 3D scan data, Mesh2Surface products can convert most of your scanned objects into professional CAD models. Extract geometric features with best fit algorithms, draw 3D sketches directly on the reference mesh and build surfaces. The parametric behaviour and real-time deviation analyser gives you the flexibility and control that are usually only available in higher-end packages.
The intuitive and fast user interface, equipped with deviation control at every step, saves time and resources, thus helping the user to deliver results in the most effective way. When accuracy of your reverse engineered parts is key, our products have it covered.
Mesh2Surface products are probably the most cost-effective reverse engineering solutions available, that ensure users get the best results at an affordable price. At a cost that is about 10% of what you would normally pay for other high-end reverse engineering solution’s, it has to be considered to look at our videos and even having a go with our free trial version.
Join hundreds of customers from automotive, aerospace, jewellery, shoes, lighting and many other industries and discover the benefits of using Mesh2Surface products in an effective and intuitive way. Many of these companies have already found the benefits of using the software. Mesh2Surface products are an established solution for converting 3D scans into CAD models.
Go to the Mesh2Surface website for all information, download etc.
|Curvature based mesh segmentation||x||x|
|Extract primitives, patch, extrusion and revolved surfaces||x||x|
|Symmetry Plane definition||x||x|
|Align to world coordinate system||x||x|
|Interactive 2D and 3D sketching||x||x|
|CurveNetwork, Sweep, Loft and Blend surfaces||x||x|
|Real-time tolerancing control||x||x|
|Toleranced patch fit||x||x|
|Free form organic modelling||x|
|Real-time tolerancing for free form modelling||x|
|Manipulator (gumball) based modelling||x|
|Symmetry based modelling||x|
|Surface quality analysis||x|
|PTX Points Import||x|