Convert images to detailed 3D models with separated parts and complete asset packages.
Fill in the parameters below and click "Generate" to try this model
Input image for 3D model generation
Minimum segment size in pixels (1-10000)
Guidance scale for generation (0-20)
Specify segment merging (e.g., '0,1;3,4' merges 0&1 and 3&4)
Your inputs will be saved and ready after sign in
Turn single images into production-ready 3D models with enhanced quality
Split 3D models into separate parts using Hunyuan 3D. FBX format only, max 100MB, ≤30k faces. Recommended for AIGC-generated models
Professional image-to-3D with Hunyuan 3D Pro. Supports 8 views (front + optional back/left/right/top/bottom/left-front/right-front). Face count 40k-1.5M polygons
Reconstruct full 3D scenes with people and objects aligned in unified space.
Create detailed, fully-textured 3D models from text descriptions. Fast generation with optional PBR materials or geometry-only output (max 200 characters)
Create 3D models from text descriptions. Production-ready assets with realistic lighting and PBR materials. Ready for Unity, Unreal, Blender. Supports up to 1024 UTF-8 characters
Create production-ready 3D models from text or images (up to 5) with rigging support
Transform photos into ultra-high-resolution 3D models. Film-quality geometry with PBR textures. Optional multi-view input (front/back/left/right) for better reconstruction. Ready for games, e-commerce, 3D printing
Generate 3D models with realistic PBR textures and customizable quality
Advanced part-aware segmentation for accurate identification and separation of individual components within an image.
Customizable minimum segment size to control the level of detail and segmentation granularity in the 3D output.
Semantic decoupling and structural cohesion preserve the relationships between parts for realistic and logical assembly.
Exploded parts view supports modular asset creation and enhances visualization for educational or design purposes.
Flexible segment merging via user-defined parameters for tailored 3D model generation.
Outputs complete 3D asset packages in widely compatible GLB format, including mesh and texture data.
Fast generation with options for reproducibility and guidance scale to fine-tune creative results.
Rapid prototyping and visualization of product designs from concept images.
Creation of educational 3D models for anatomy, engineering, or scientific illustration.
Generating modular 3D assets for game development, animation, or AR/VR experiences.
Transforming reference photos into ready-to-print 3D models for manufacturing or hobbyist projects.
Developing exploded views for technical documentation and assembly instructions.
Accelerating the asset creation pipeline for digital artists and content creators.
Enhancing e-commerce listings with interactive, part-aware 3D product displays.
Professional designers, educators, game developers, animators, engineers, and digital artists seeking fast, flexible image-to-3D conversion.
Upload or provide a URL for your input image using the model interface.
Set the minimum segment size to control the detail level of 3D part segmentation.
Adjust the guidance scale to influence the creativity and fidelity of the generated model as desired.
Optionally, specify segment merging in the 'parts' field to combine certain components.
Initiate the generation process and wait for the model to process your image (typically 2-3 minutes).
Download the resulting GLB 3D asset package and integrate it into your preferred workflow.
Clear, high-resolution images with distinct parts and minimal background clutter yield the most accurate and detailed 3D models. Well-lit and front-facing views of objects enhance segmentation and modeling precision.
Yes, you can adjust the minimum segment size and use the 'parts' parameter to merge specific segments according to your needs. This provides flexibility in tailoring the 3D asset to your project requirements.
OmniPart Image to 3D generates output in the GLB file format, which includes both the mesh and textures. GLB is widely supported across 3D applications and platforms.
Pricing varies by model and is based on a pay-as-you-go credit system. This allows flexibility and scalability for users with different project sizes and needs.
Generation time typically ranges from 2 to 3 minutes depending on the complexity of the image and chosen settings. Larger or more detailed segmentations may require additional processing time.
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