Kubotek3D announces that intrinSIM has signed a definitive agreement to add the Kubotek Kosmos® 3D framework to its portfolio of embeddable technologies for engineering. intrinSIM is a premier source of embeddable technologies for engineering applications and represents a portfolio of leading-edge tools suitable for commercial or in-house engineering software applications through a unique technology broker model. intrinSIM will partner with Kubotek3D on business development and licensing of the Kubotek Kosmos 3D Framework on a worldwide basis.
“The Kosmos 3D Framework allows engineering software vendors to maximize their software application’s ability to work with engineering models and data by providing the fastest and most interoperable framework,” says Joe Walsh, founder of intrinSIM. “We are very happy to work with Kubotek3D in bringing their Kubotek Kosmos 3D Framework to a broader market through distribution by other software vendors.”
“Kubotek is focused on building technology to enable partner software products to work with design and manufacturing data from any source,” adds Ram Eswaran, COO & CTO, Kubotek3D. “intrinSIM’s experience and relationships with the engineering community are valuable to expanding the awareness of Kubotek Kosmos as a viable application foundation in the CAD/CAM/CMM/CAE space.”
Kubotek Kosmos® 3D framework is an advanced set of C/C++ software components which support development of specialized design applications, CAD/CAM, CMM, and CAE utility programs, and high-fidelity movement of data between engineering software programs.
Leverage your domain expertise backed with precise engineering data
Supports 3D solid models with associative GD&T manufacturing information
Includes automatic geometric feature recognition
Includes manifold and non-manifold topology and multi-dimensional bodies
Reliably read files from all major MCAD databases
Unique data architecture minimizes translation by preserving complex geometry definition structures native to each engineering database
Support available for standard STEP, IGES and VDA files, neutral ACIS SAT, Parasolid X_T, JT, and STL files, and proprietary files from Dassault CATIA and SolidWorks, Siemens NX and Solid Edge, PTC Creo and Pro/E, and Autodesk Inventor and AutoCAD
Innovative variable precision system provides a solution for data coming from different CAD databases which use different modeling precision in models ranging from microns to millions of miles in size
Maximize your application performance
Written from the ground up with multi-threading in mind
Advanced math algorithms optimize mathematical operations
Small file size combined with smaller memory footprint, enable larger datasets
Optimal condensed format for database save and restore
Easily expand to new platforms and markets
Libraries are supported and tested on Windows, MacOS, Linux, and Android
Complete Unicode support
Compatibility with .NET (Visual Basic, C#, etc.) and ELK Scheme
Full Lua scripting support to extend your applications
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