Tripo P1: Text to Model
Generate a 3D model from a text description.
Run in Comfy Cloud
Open in Comfy Cloud
Download Workflow
Download JSON or search “Tripo P1: Text to Model” in Template Library
Steps to Run
- Enter your prompt — describe the 3D model in the TripoP1TextToModelNode
- Select texture mode — choose between Textured, None, or PBR
- Enable refinement — toggle quad remeshing for cleaner topology
- Set seed — control reproducibility
- Click Queue — press
Ctrl+Enterto generate - Preview and export — use the Preview3D node to inspect, and SaveGLB to export
Key Processing Nodes
After the initial generation, the workflow automatically processes the model through:- TripoTextureNode — applies materials and textures
- TripoConversionNode — converts to GLTF format (or other export formats)
- TripoRefineNode — refines topology and geometry
- TripoRigNode — adds a skeleton for animation
- TripoRetargetNode — applies a preset animation (default: idle)
Tripo P1: Image to Model
Generate a 3D model from a single reference image.
Run in Comfy Cloud
Open in Comfy Cloud
Download Workflow
Download JSON or search “Tripo P1: Image to Model” in Template Library
Steps to Run
- Upload a reference image — use the LoadImage node to load a front-view image of your subject
- Select texture mode — choose Textured, None, or PBR
- Enable refinement — toggle quad remeshing
- Choose texture type — options include
original_imageorstandard - Click Queue — press
Ctrl+Enterto generate
Tripo P1: Multiview to Model
Generate a 3D model from multiple viewpoint images for better accuracy.
Run in Comfy Cloud
Open in Comfy Cloud
Download Workflow
Download JSON or search “Tripo P1: Multiview to Model” in Template Library
Steps to Run
- Upload multi-view images — use multiple LoadImage nodes for front, left, back, and other angles
- Select texture mode — choose Textured, None, or PBR
- Choose detail level — options include
standardanddetailed - Set texture references — choose which image drives the texture
- Click Queue — press
Ctrl+Enterto generate
Input Tips
- Provide at least front-facing and profile views for best results
- Ensure consistent lighting and pose across all reference images
- Higher-quality input images produce better textured output