IntegrityWare/nPower Introduce Cyborg3D Platform
March 16, 2016

IntegrityWare/nPower Introduce Cyborg3D Platform

SAN DIEGO — IntegrityWare, Inc./nPower Software have released Cyborg3D, a new software product platform. The platform consists of three new products: Cyborg3D SubD2CAD, Cyborg3D CAD2Poly, Cyborg3D CAD2Print.
For many years, IntegrityWare Inc. / nPower Software has helped 3D engineers and designers improve productivity through its plug-ins (Power Surfacing for SolidWorks, Power Translators for 3ds Max / Maya / MODO, Power SubD-NURBS for 3ds Max / MODO, Power NURBS for 3ds Max, Power Solids for Rhino) for 3ds Max, Maya, MODO, Rhino, and SolidWorks. With its new standalone architecture, Cyborg3D brings these popular plug-ins, with their advanced features, to virtually the entire CAD/3D modeling community.  

Cyborg3D is a standalone 3D modeling software platform that combines organic surface modeling (subdivision surfaces) with precise, parametric CAD (NURBS solids & surfaces) modeling. Cyborg3D is built using modern software architecture techniques (Object Oriented Modeling, C#, Managed Code, multi-threaded parallel processing, OpenGL, etc.). Its multi-threaded architecture is very well suited for dealing with large assemblies and compute intensive functionality. And its modern architecture makes the product very stable.  

The strength of Cyborg3D comes from its patented technology for converting between organic geometry and precise NURBS geometry, and for calculating and maintaining complex relationships between diverse types of geometry. Cyborg3D’s intuitive, easy to use interface simplifies the learning process, and empowers users to optimize their productivity. Because of Cyborg3D’s accurate conversion technology, it can process various formats from diverse 3D modeling systems; it can import and export CAD models (STEP, IGES, SAT) and mesh models (OBJ, STL).

Cyborg3D SubD2CAD is a new product based on Power Power Surfacing for SolidWorks, and Power SubD-NURBS plugins for 3ds Max / MODO.  It will convert typical Subdivision surface (SubD) models from 3ds Max, MODO, SoftImage, ZBrush, etc., and most models from 3D model databases like Turbosquid into standard CAD formats (STEP, IGES, SAT).  You can also create your own free form, organic models using powerful subdivision surface modeling tools in Cyborg3D SubD2CAD. Whether you are creating your own models, or importing them from other organic modeling systems, Cyborg3D SubD2CAD can convert those models into standard CAD formats for typical downstream activities like analysis, drawing production, CAM, Booleans, filleting, shelling, etc.  Cyborg3D SubD2CAD is priced at $995.

Cyborg3D CAD2Print is a new product tailored for 3D printing of CAD models. It can import models using standard CAD formats (IGES, STEP, SAT) and format them for 3D printing. If you want to produce good 3D prints, you need to produce high quality STL meshes. Cyborg3D CAD2Print produces high quality, water tight STL meshes, which are ideal for 3D printing. Cyborg3D CAD2Print is priced at $495.

Cyborg3D CAD2Poly is a new product that tessellates NURBS (CAD) geometry into water tight, high quality polygonal models (including quad meshes) in STL or OBJ format.  With flexible control of the resulting meshes, Cyborg3D CAD2Poly is an excellent tool for game engines, rendering, interference detection, 3D printing, etc. Its multi-threaded architecture is ideal for handling large assemblies.  Cyborg3D CAD2Poly is priced at $495.

Cyborg3D is based on IntegrityWare’s SOLIDS++ geometric modeling kernel a unique and powerful hybrid modeling system that supports Solids, Surface and Polygonal modeling. nPower modeling tools (Power NURBS, Solids, Translators) provide the highest order of surfacing, solids modeling, analysis, and tessellation technologies.  In addition, Cyborg3D utilizes the new SubD-NURBS library product, which provides accurate conversion between Sub-D geometry and NURBS geometry.

nPower products can be purchased from the nPower web store (, or through certified nPower Software resellers throughout the world.