Image to 3D Generation with Trellis 3D

Trellis 3D stands out through Microsoft Research's innovative O-Voxels representation, which enables structured 3D latents without neural fields. This architecture creates cleaner topology optimized for professional use compared to raw photogrammetry outputs. The platform excels at generating efficient polygon flow and seamless texture wrapping, producing models that work better for animation, deformation, and real-time rendering in games and VFX.

Trellis 3D typically processes images in 2-3 minutes regardless of version selection. Both V1 and Trellis 2 maintain consistent generation times while delivering different quality levels and feature sets. This standardized processing window is significantly faster than manual modeling or traditional photogrammetry workflows that can take hours to complete.

Trellis 3D performs excellently with diverse subjects including products, furniture, vehicles, architectural features, sculptures, collectibles, and character props. The AI handles both organic shapes and hard-surface geometry with equal proficiency. For optimal results, photograph solid objects with matte or semi-gloss surfaces against clean backgrounds. The system manages moderate reflections well, though highly reflective chrome or transparent glass may present challenges.

While the underlying Trellis3d technology supports multi-view reconstruction for enhanced accuracy, our current platform implementation focuses on single-image generation for simplicity and speed. Multi-view support is planned for future updates, which will allow processing multiple angles to reconstruct more complete 360-degree geometry with fewer artifacts.

Trellis 3D offers comprehensive format support: GLB for web applications and universal viewers, OBJ for traditional software like Maya and Blender, STL optimized for 3D printing, GLTF for interactive web experiences, USDZ for iOS augmented reality, and MP4 turntable videos for presentations. Download your model in multiple formats from the same generation without reprocessing.

Yes. All Trellis 3D outputs include high-quality color textures with proper UV mapping. Higher quality settings provide complete PBR materials—albedo, normal, roughness, and metallic maps—ensuring realistic rendering in modern game engines like Unity and Unreal. These physically-based materials eliminate manual texturing workflows and ensure models look professional under any lighting condition.

Trellis 3D employs intelligent inpainting to fill areas not visible in source photos. Rather than leaving gaps or creating obvious seams, the AI analyzes visible patterns and synthesizes plausible textures for occluded regions. This approach creates seamless surface coverage that appears natural from all viewing angles. Synthesis quality improves significantly with multi-view input, as the AI has more reference data for hidden areas.

Absolutely. You retain full commercial rights to all models generated from your images. Use them freely in client work, sell on asset marketplaces, integrate into games or applications, create marketing materials, or manufacture physical products. The only requirement is ensuring you own or have legal rights to the input photographs—don't convert copyrighted images without permission.

For best Trellis 3D results, use images at least 1024x1024 pixels, though 2048x2048 or higher is ideal for capturing fine detail. Ensure photos are sharp, well-focused, and properly exposed with even lighting. Avoid heavy JPEG compression—use your camera or smartphone's highest quality setting. Good diffused lighting trumps harsh shadows. Input photo quality directly impacts final model detail and accuracy.

Yes! Trellis 3D is specifically optimized for real-time applications. The platform generates efficient polygon counts with clean topology that performs well in game engines. Models export with optimized UV layouts for texture atlasing and standard material definitions that integrate seamlessly with Unity and Unreal. For game development, Trellis3d provides excellent starting points for environment props, character accessories, and background assets with minimal optimization needed.