Convert SAT to E3D

Understanding SAT and E3D file formats

SAT files are 3D model files based on the ACIS solid modeling technology, commonly used in CAD applications for representing precise geometry of 3D objects. These files are widely supported in engineering and architectural design software.

E3D files, on the other hand, are associated with the Envisioneer 3D format, used primarily for architectural visualization and design. E3D files store 3D models, textures, and scene information for use in Envisioneer and compatible applications.

How to convert SAT to E3D

Direct conversion from SAT to E3D is not commonly supported by most software. However, you can use a two-step process involving an intermediate format such as DWG or DXF, which are widely supported by both ACIS-based and Envisioneer-based applications.

Recommended software for SAT to E3D conversion

Autodesk AutoCAD and Cadsoft Envisioneer are the best tools for this conversion:

• AutoCAD: Import the SAT file using File → Import, then export it as a DWG or DXF file using File → Save As.
• Envisioneer: Open the exported DWG or DXF file using File → Import, then save the project as an E3D file using File → Save As.

Step-by-step conversion process

1. Open your SAT file in AutoCAD or another ACIS-compatible CAD program.
2. Export the model to DWG or DXF format (File → Save As).
3. Launch Envisioneer and import the DWG/DXF file (File → Import).
4. Once imported, save the project as an E3D file (File → Save As and select E3D format).

Tips for successful conversion

• Ensure your SAT file is properly structured and free of errors before exporting.
• Check for compatibility between the versions of AutoCAD and Envisioneer you are using.
• After importing into Envisioneer, review the model for any missing elements or geometry issues.

Conclusion

While there is no direct SAT to E3D converter, using AutoCAD and Envisioneer with an intermediate DWG or DXF format is the most reliable workflow. This ensures your 3D models are accurately transferred for further architectural design and visualization.