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RhinoReverse™, by iCapp GmbH, offers leading Reverse Engineering tools for Rhino users.
RhinoReverse™ 2 allows users to transform imported digitised meshes into NURBS (splines and Surfaces), by simple sketching boundary curves on the given mesh data using your computer mouse.
Ease of Use is key to your success, so importing point mesh data from most common formats (*.stl, *.wrl, *.vrml, *.af, *.nas, *.txt) allows you to work with most scanning/digitising sources. Some softwares do offer more auotomated mesh and surface creation tools, however, with a little help from yourself and the robust mathematical algorithms in the software, you can achieve the same results for a fraction of the cost of the others.
RhinoReverse™ 2 allows users to transform imported digitised meshes into NURBS (splines and Surfaces), by simple sketching boundary curves on the given mesh data using your computer mouse.
Ease of Use is key to your success, so importing point mesh data from most common formats (*.stl, *.wrl, *.vrml, *.af, *.nas, *.txt) allows you to work with most scanning/digitising sources. Some softwares do offer more auotomated mesh and surface creation tools, however, with a little help from yourself and the robust mathematical algorithms in the software, you can achieve the same results for a fraction of the cost of the others.
iCapp GmbH, the company behind RhinoReverse™, was founded in February 2000 by two great people with very technical minds, Dr. Stefan Schmälzle and Dr. Jörg Danzberg. Their core business consists of software development for design and modelling of free form surfaces. Their key market aims are NURBS based tools for Automotive Toolmaking and Design Engineering and they developed a program called PanelShop. To expand their market to the masses, they needed a comfortable design set of tools to compliment their reverese engineering technology, so built RhinoReverse as an affordable plugin for Rhinoceros from McNeel. Plus they have developed a complete stand alone solution, CoverMesh, for complex organic shapes.
by iCapp
The 4 illustrations show a complexed organic form, that is difficult to model, taken from STL scanned data, curves easly drawn over the shape, then surfaces are generated with upto 25 boundary edges. A lot of CAD's including Rhino tend to work on 3 or 4 boundary curves. Once completed the watertight model is ready to use.
Tools are easily accessed from the RhinoReverse™ toolbar, plus they are also in the command line as you would expect from an integrated solution.
Additional special features in RhinoReverse™ ( Fast Skinning, Healing, Relief, Patch), allow you to make quick surfaces on organic shapes, plus you have tools to work with your existing surface models that may need small gaps, steps and overlaps correcting to enable solid-modeling.
Tools are easily accessed from the RhinoReverse™ toolbar, plus they are also in the command line as you would expect from an integrated solution.
Additional special features in RhinoReverse™ ( Fast Skinning, Healing, Relief, Patch), allow you to make quick surfaces on organic shapes, plus you have tools to work with your existing surface models that may need small gaps, steps and overlaps correcting to enable solid-modeling.
RhinoReverse™ works with all your 3D scanned point mesh data from whatever the source. MicroScan-3D, Scanflex3D and Roland LPX scanners are perfectly affordable scanning systems.
