💡 Convert RAW to BLEND Blender 3D Project

How to Convert RAW to BLEND❓

Converting RAW to BLEND is simple - just follow our straightforward guide:

1. 🖥️ Convert RAW to BLEND with Autoconverter

   Open Autoconverter, load your RAW file, and export it as FBX to make it RAW ready for Blender, simply follow our step-by-step RAW to FBX tutorial.

2. 🐒 Import RAW-converted FBX into Blender

   In Blender, go to File → Import and pick the .fbx file made from your RAW file, and the RAW model will appear in the Blender scene.

3. 💾 Save RAW model as .blend

   Adjust scale/rotation if needed, then File → Save As to store your RAW file as a native .blend project.

Still need help with RAW to BLEND conversion? Our comprehensive guides ensure smooth RAW files conversion:

• ⚙️ Convert 3D Mesh Models with Autoconverter: STL, OBJ, STEP
• 📂 Batch Convert 3D Files with Autoconverter (STEP, STL, OBJ)

RAW RAW File Format - POV-Ray Triangle Mesh Export

The RAW file format used in POV-Ray is a minimal, ASCII-based 3D model format that stores only triangle vertex coordinates (X, Y, Z). Commonly referred to as a triangle mesh format, RAW files are ideal for simple 3D model representations in computational geometry, physics simulations, or custom rendering pipelines where textures and materials are not required.

Key Features of RAW Files

• Minimal Structure: No headers, metadata, or material references - just vertex coordinates per triangle.
• ASCII-Based: Plain text format readable in any text editor, allowing quick manual edits and debugging.
• Triangle Mesh Focus: Designed exclusively for representing 3D geometry as connected triangle vertices.
• Lightweight: Compact file size perfect for processing large vertex datasets without overhead.

RAW File Conversion

Convert RAW files to popular 3D formats with Automesher Application and Autoconverter. Our RAW file converters support output to STL, OBJ, STEP, DAE, and SKP formats while preserving all triangle mesh data. Powered by the Open Asset Import Library, we ensure accurate transformation of your RAW triangle meshes into formats compatible with modern CAD, BIM, or game development workflows.

BLEND Blender 3D (BLEND) Project File

The BLEND file is the native project format for Blender, the powerful open-source 3D modeling, animation, and rendering suite. Designed to store complete 3D scenes, BLEND files encapsulate models, textures, materials, lighting, animations, and scene settings - enabling a flexible, non-destructive workflow for artists, game developers, and 3D designers worldwide.

Key Features of BLEND Files

• Comprehensive Project Storage: BLEND files consolidate models, rigs, textures, simulations, lighting setups, animations, and more into a single, manageable file.
• Cross-Platform Compatibility: Fully supported across Windows, macOS, and Linux operating systems with seamless interoperability.
• Efficient File Compression: BLEND files utilize integrated gzip compression to minimize storage size while retaining all 3D project data.
• Backward and Forward Compatibility: Blender ensures older BLEND files remain accessible and upgradeable in newer software versions, preserving your project history.
• Multi-Format Export: Export from Blender to formats like FBX, OBJ, STL, GLTF, and more for enhanced versatility and pipeline integration.

Convert BLEND Files to CAD Formats

With our Autoconverter and Automesher Application, you can easily import BLEND files and convert them into various 3D file formats, including DWG, SKP, STEP, and FBX. This enables smooth transitions of your Blender-created 3D models into professional CAD workflows while maintaining geometry, object hierarchies, and layer structures.

Note: Our software currently supports importing BLEND files for conversion. Direct export to the BLEND format is not available. We ensure your 3D geometry and organizational data are preserved during the conversion process.

RAW vs BLEND - Key Differences

👉 Curious how easy it is to convert RAW and BLEND? Try our RAW to BLEND Converter now and see the difference in performance, quality, and reliability.

• < Prev
• Next >