Build a text-to-3D workflow, not just a single generation
Flow turns text-to-3D into a reusable node pipeline. Chain a prompt into generation, texturing, and export, branch into variations, and save the graph as your own custom flow to reuse for the next idea. Just need one model from a prompt? The Text to 3D tool handles that in one click.
Describe your 3D model. The agent builds the flow.
Just describe the workflow you want to build and our AI agent wires it up for you, live on the canvas. No nodes to drag, no setup.
You will be asked to sign in if needed. Your prompt is kept and the build starts right after.
Prompt, generate, texture, export
This is a live Flow graph. Follow the wires from the text prompt all the way to a finished, exportable 3D model.
What a text-to-3D workflow adds over a one-shot tool
A text-to-3D workflow is more than a prompt and a download. On a node canvas you chain a prompt into a 3D generation node, then into texturing, mesh cleanup, and export, so a sentence becomes a finished, textured model in one connected graph. The point of a prompt-to-3D pipeline is control and reuse: you can see every step, adjust any node, and run the whole thing again for the next idea.
If you only need a single model from a prompt, the dedicated Text to 3D tool does that in one click. A text-to-3D node workflow is for when you want a repeatable process: branch the prompt to compare styles, tune the polygon budget for printing or for a game engine, or save the graph as a reusable text-to-3D flow your team starts from. Flow runs it in the browser with no GPU and the models wired in.
More than a one-shot text-to-3D button
A workflow keeps every step in one place, so you can iterate and reuse instead of starting over each time.
Start from a sentence
Describe the object you want. A prompt node feeds the rest of the pipeline, no reference image required.
Prompt to model
Generate a 3D model straight from text, or generate a clean image first and lift that into 3D for more control.
Texture in the same graph
Apply PBR materials right after generation, so the model comes out textured and ready, not bare geometry.
Branch into variations
Fork the prompt or swap the model to try several looks at once, then keep the one you like.
Export when it is right
Send the finished model to an export node for GLB, FBX, or OBJ, ready for your engine or printer.
Reuse the whole flow
Save the text-to-3D pipeline as a template and reuse it for the next prompt in one click.
Text-to-3D recipes you can reuse
Each is a node chain that starts from a prompt and ends in a finished file. Wire it once, save it, then swap the prompt for your next idea.
Prompt to printable model
A reusable text-to-3D recipe tuned for 3D printing. Swap the prompt and rerun for the next print, same clean topology every time.
Prompt to game asset
Generate a clean concept image from the prompt first for more control, then lift it into a textured, engine-ready model.
One prompt, several styles
Fork the prompt into different models or settings to compare looks, then keep the branch you like best.
Prompt to turnaround sheet
Generate the model and render it from multiple angles in the same flow, ready for reference or review.
Three nodes from prompt to asset
Write the prompt
Drop a text node on the canvas and describe what you want to create. Be as plain or as detailed as you like.
Generate the 3D model
Connect the prompt to a 3D generation node and run it. The model appears right inside the node as it finishes.
Texture and export
Route the model through texturing and an export node to get a finished, downloadable asset in the format you need.
Real text-to-3D graphs
A full text-to-3D pipeline
Prompt, generation, editing, and export wired into one runnable graph.
Render views of your model
Turn a generated model into a turnaround sheet without leaving the canvas.
Production-ready assets, start to finish
Flow chains the same generation models creators use every day. Here is a taste of what comes out the other end.
Related tools and guides
Build your text-to-3D workflow
Open the canvas, write a prompt, and wire it into a pipeline that returns a finished, textured 3D model. No install, no GPU required.