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Hunyuan 3D 3.0 is Tencent’s state-of-the-art 3D generation model that enables minutes-level 3D content creation. It can generate production-ready 3D assets from text prompts, images, or sketches with far lower barriers to entry than traditional 3D modeling pipelines. ComfyUI has now natively integrated the corresponding Hunyuan 3D API, allowing you to conveniently use the related nodes in ComfyUI for model generation. Currently, ComfyUI’s Partner nodes support the following Hunyuan 3D model generation capabilities:
  • Text-to-3D generation
  • Image-to-3D generation
  • Multi-view-to-3D generation
To use the API nodes, you need to ensure that you are logged in properly and using a permitted network environment. Please refer to the API Nodes Overview section of the documentation to understand the specific requirements for using the API nodes.
Make sure your ComfyUI is updated.Workflows in this guide can be found in the Workflow Templates. If you can’t find them in the template, your ComfyUI may be outdated. (Desktop version’s update will delay sometime)If nodes are missing when loading a workflow, possible reasons:
  1. You are not using the latest ComfyUI version (Nightly version)
  2. Some nodes failed to import at startup

Use cases

  • Game development ideation: Fast generation of characters, props, and environments with optimized topology for rigging and real-time rendering
  • Product & e-commerce: Turn product photos into interactive 3D models for online display
  • Industrial design: Sketch-to-3D prototyping and 3D-print-ready part decomposition
  • VFX & animation: High-resolution assets with professional UVs and PBR materials

Getting started

1. Access workflow templates

  1. Open the Template Library in the sidebar
  2. Navigate to 3DHunyuan 3D
  3. Select a workflow template for Hunyuan 3D

2. Run the workflow

  1. Input your text prompt, images, or sketches depending on the workflow type
  2. Click the Run button, or use the shortcut Ctrl(cmd) + Enter to execute model generation
  3. After the workflow completes, preview and export your 3D model

Text-to-3D workflow

Enter a text description to generate a 3D model in one click. The model accurately follows style, shape, and material details for consistent results. Example prompt: “Mechanical dolphin with gears, steampunk”

Hunyuan 3D Text-to-3D Workflow

Run on Comfy Cloud

Image-to-3D workflow

Upload one or more images to generate high-quality 3D models. Support for 2–4 multi-view images improves geometry and material fidelity.

Hunyuan 3D Image-to-3D Workflow

Run on Comfy Cloud

Multi-view-to-3D workflow

Provide multiple view images (front, back, side) to generate 3D models with improved accuracy and detail. This uses the same workflow as Image-to-3D—simply upload 2–4 images from different angles.

Hunyuan 3D Image-to-3D Workflow

Run on Comfy Cloud

Advanced features

Following the initial HY 3D 3.0 integration, Hunyuan 3D’s advanced processing features are now available via Partner Nodes. These workflows help close the gap between generation and production by bringing key post-processing steps into ComfyUI.

3D parts decomposition

Split a complete 3D model into meaningful structural parts, such as armor pieces, accessories, wheels, or other distinct components. This makes it easier to edit specific regions of an asset, swap parts for variations, and prepare models for modular workflows, animation, or downstream assembly.

UV unwrapping

Automatically generate UV layouts for supported 3D models, turning raw geometry into assets that are much easier to texture. Instead of manually cutting seams and organizing UV islands, creators can move more quickly into painting, baking, and material work with a cleaner starting point.

Smart topology

Convert dense geometry into cleaner meshes with more organized edge flow, helping generated models become easier to optimize and reuse in real production pipelines. This is especially useful when preparing assets for game engines, real-time rendering, or any workflow that benefits from lower-density, better-structured geometry.