Kubotek Kosmos 3D Framework

• Complete B-Rep swept/ primitive solid and surface construction
• CATIA, NX, Creo, SolidWorks, and AutoCAD file read and write
• Model interrogation, feature/ duplicates discovery, and repair/simplification
• Trimming, intersections, Booleans, and surface blending
• OpenGL/WebGL compatible graphics, faceting, precise HLR
• Powerful variable precision that fully supports models ranging in size from millions of miles to microns long

Your domain expertise backed with precise engineering data

Supports 3D solid models with associative GD&T manufacturing information, surfaces, wireframe, construction geometry and 2D drawings with GD&T manufacturing information

Includes automatic geometric feature recognition such as machined holes, fillets/rounds and chamfers

Includes manifold and non-manifold topology and multi-dimensional bodies (zero dimension through three dimensional)

Reliably exchange data with all major MCAD databases

Unique interoperability data architecture minimizes translation by preserving complex geometry definition structures native to each engineering database

Innovative variable precision system provides a simple, consistent solution to the problem of data coming from different CAD databases which use different modeling precision

Support available for:

• Standard STEP, IGES and VDA files
• Neutral ACIS SAT, Parasolid X_T, JT, and STL files

Also for proprietary files from:

• Dassault CATIA and SolidWorks
• Siemens NX and Solid Edge
• PTC Creo 
• Autodesk Inventor and AutoCAD

Maximize your application performance

Written from the ground up with multi-threading in mind with zero global and static variables

This supports taking full advantage of multiple processors by operating mutex-free, eliminating a significant bottleneck required by older kernels to which thread-safe support was an added feature

Advanced math algorithms reduce the number of mathematical operations required to calculate many solutions

Example: the intersection of two surfaces

Small file size of the code libraries means a dramatically smaller memory footprint, enabling larger datasets

Optimal condensed format for database save and restore