
RAW to BricsCAD Conversion
With our easy-to-use tool, importing RAW to BricsCAD is a quick and effortless 3-step process:
Download Automesher Application
Import RAW files directly into BricsCAD drawings with Automesher Application - simply install the add-on and restart your CAD software.
Import RAW File
Execute the AmImportMesh command or click the Import Mesh button to open your RAW (.raw) file.
Choose BricsCAD Entity Type
Select your target BricsCAD entity - Polyface Mesh, 3D Solid, Subdivision Mesh, 3D Face, or Surface - and press Enter to complete the RAW file import into BricsCAD.
Still struggling to convert RAW to BricsCAD? Our reliable guides help you handle RAW files with ease:
- DWG to KML: Overlay AutoCAD Drawing on Google Earth
- Automesher and Automapki Applications Discontinue Support for Older DWG Platforms
- Import STEP, STL, OBJ, 3DM, and SKP into AutoCAD (Easy Guide)
- Convert Mesh to 3D Solid in BricsCAD Using Automesher
POV-Ray Triangles File
A minimalist ASCII format that stores 3D geometry as plain lists of triangle vertices (X,Y,Z coordinates), without material, color, or topological data. Designed for simplicity, RAW files represent models through raw triangle meshes - ideal for computational workflows where only vertex positions matter - but lack the support for textures or hierarchies.
Key Features of RAW
- File Simplicity: Plain text human-readable format with no headers or metadata.
- Data Content: Stores only vertex coordinates (X Y Z per line).
- Geometry Type: Exclusively represents triangle mesh vertices.
- Small Size: Minimal file overhead due to bare-bones structure.
RAW File Conversion
Automesher Application and Autoconverter software are capable of reading and importing RAW files through the use of the Open Asset Import Library, enabling seamless conversion of triangle-based RAW files into a variety of other formats such as STL, OBJ, DAE, SKP, STEP, and more. Try our reliable RAW converters to export your RAW files into modern formats today!
BricsCAD Drawing - DWG File Format and Conversion
BricsCAD by Bricsys is a leading CAD software platform known for its powerful drafting, modeling, and automation capabilities. It provides a cost-effective alternative to traditional CAD solutions, offering full native compatibility with the latest DWG file format. Designed for professionals in architecture, engineering, and construction (AEC industries), BricsCAD combines familiar workflows with advanced technologies such as AI-driven drawing assistance and 3D direct modeling tools.
Key Features of BricsCAD Software
- Full DWG Compatibility: Native support for the latest DWG versions ensures seamless collaboration with AutoCAD and other industry-standard CAD applications.
- AI-Powered Drawing Automation: Accelerate design workflows with BricsCAD Shape and AI-based machine learning tools for smarter, faster drafting.
- Direct 3D Modeling: Push-pull intuitive editing tools allow for rapid conceptual design, 3D modeling, and solid editing without complex commands.
- Customization and Automation: Extend BricsCAD functionality using LISP routines, C++, .NET APIs, and ObjectBRX programming interfaces.
BricsCAD Drawing Conversion and Data Integration
Expand your BricsCAD capabilities with Automesher Application and Automapki Application add-ons. These tools enable direct import and export of 3D models and geospatial data in industry-standard formats:
- 3D Model Support: Import and export STL, SKP (SketchUp), OBJ, and other popular 3D model formats directly into BricsCAD.
- GIS Data Integration: Work with SHP (ESRI Shapefiles), KML (Google Earth files), and more to integrate geographic information into your CAD drawings.
Supercharge your workflow with Automesher and Automapki - the essential BricsCAD plug-ins for connecting 3D modeling and geospatial data, ensuring your designs are more powerful, flexible, and globally compatible.
RAW vs BricsCAD Comparison
Property | RAW | BricsCAD |
---|---|---|
Extensions | .raw | .dwg |
Name | POV-Ray Triangles | BricsCAD Drawing |
Versions |
|
|
Textures | ||
Colors | ||
Geometry components | ||
Readers | ||
Writers |