3D-Tool CAD Viewer
3D-NativeCAD-Converter

Converting And Save As…

Companies receive a wide variety of 3D CAD formats from customers and suppliers, plus internally, which need different formats for various applications.

This 3D-NativeCAD Converter application converts native models saved by most of the commonly used CAD systems into neutral CAD exchange formats such as STEP, IGES, VDA, SAT and X_T.

The 3D-Tool Viewer on the otherhand saves the 3D models into different 3D visualization formats (Polygon based such as STL, OBJ, PLY, 3DS and WRL).

The professional 3D interfaces in the Converter and the Viewer are continuously updated to be compatible with the latest file format versions and helps make your employees independent of the expensive CAD workstations used in development and design departments.

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The professional 3D-Tool interfaces make company areas outside of design and development independent of the expensive and heavily used CAD workstations

›› Exported file formats

CATIA Converter / Viewer

The Converter and the Viewer support 3D models from CATIA V4, V5 and V6 in the file formats MODEL, CATPART, CATPRODUCT. 3DXML, CGR and CATDRAWING formats are supported by the Viewer.

Siemens NX Converter / Viewer

The Converter and the Viewer support 3D models from UG NX and Siemens NX in PRT format.

CREO Converter / Viewer

The Converter and the Viewer support 3D models from Pro/Engineer and CREO in PRT and ASM formats. Note, that Creo Family Table instances are supported when XPR and XAS accelerator files are available.

SolidWorks Converter / Viewer

The Converter and the Viewer support 3D models from SolidWorks in SLDPRT and SLDASM formats. 2D drawing files in SLDDRW format are supported by the Viewer.

SolidEdge Converter / Viewer

The Converter and the Viewer support 3D models from SolidEdge in PAR, PSM and ASM formats.

Inventor Converter / Viewer

The Converter and the Viewer support 3D models from Autodesk Inventor in IPT and IAM formats.

JT Converter / Viewer

The Converter and the Viewer support 3D models in JT format. The converter supports only JT files containing exact geometries (BREPs). The Viewer supports exact geometries and polygon meshes (MESH).

Rhino Converter / Viewer

The Converter and the Viewer support Rhino 3D models (NURBS) in 3DM format.

AutoCAD Converter / Viewer

The Converter and the Viewer support 3D models from AutoCAD in DWG and DXF file formats. 2D DWG and 2D DXF drawings are supported by the Viewer.

STP, IGS, VDA, SAT, X_T, X_B Converter / Viewer

The Converter and the Viewer support 3D models in the 3D exchange formats STEP, IGES, VDA, SAT and PARASOLID.

›› Exported file formats

The 3D-Tool converter creates 3D models in the 3D exchange formats *.stp, *.igs, *.vda, *.sat, *.sab, *.x_t, *.x_b und im CATIA V5 Format als *.CATProduct und *.CATPart.

Output of the Converter

The converter generates 3D models in the 3D exchange formats STP, IGS, VDA, SAT, SAB, X_T and in CATIA V5 format as CATPRODUCT and CATPART.

An automatic HEALING function guarantees the very high quality of the output data. Poor quality data can even be improved by converting it.
If the model contains assembly information, assemblies and parts can be specifically selected during conversion.
The converter is an interface between different CAD systems and software that works with exact CAD data (vectors, edges, bounded surfaces). Used for example, in measuring machines or CAM software.

The 3D tool viewer creates 3D models in the visualization formats *.stl, *.obj, *.ply, *.3ds, *.wrl, *.u3d

Output of the Viewer

The viewer generates 3D models in STL, OBJ, PLY, 3DS, WRL and U3D visualization formats. The publication as 3D PDF file for Adobe Reader is also supported. The 3D-Tool Viewer thus serves as:

Interface between 3D CAD systems and 3D rendering software such as Arnold, Blender, Cinema4D and Maya
Interface between 3D CAD systems and 3D printing software used in rapid prototyping
Tool for sharing and archiving 3D models in universal PDF format for viewing

In modern companies, many processes in development, assembly, work preparation and quality assurance can be sustainably improved if 3D models are usedFind out more...