Low-Poly
Start free — 100 credits

Turn a prompt or a photo into a 3D model

Low-Poly Studio is an AI 3D model generator built for game developers and 3D artists. Describe an object or drop a reference image, and Studio generates a textured mesh you control — from a stylized low-poly asset with a target polygon count to a higher-detail model, exported as a game-ready GLB.

Every generation runs through the same three steps: image, then mesh, then texture. You can stop at any step, edit the mesh (reduce, pivot, orient) with the built-in tools, and export straight into Unity, Unreal Engine or Blender.

Most AI 3D generators are built for high-poly, photoreal output — heavy meshes that need hours of manual retopology before they're usable in a real-time engine. Studio flips that: every generation goes through a deliberate low-poly pass, so what comes out the other end is already close to what a game or a slicer needs, not a multi-million-triangle scan you have to fix by hand.

The pipeline is three explicit steps — image, mesh, texture — and you can stop at any of them. A text prompt or a reference photo produces concept images first, so you pick a direction before spending credits on the 3D pass. The mesh step then converts your chosen image into a real 3D model, with a target polygon count you set directly: a few hundred triangles for a stylized mobile-game prop, a few thousand for a hero asset, right up to a higher-detail mesh if that's what the project needs. An optional texture pass paints the result before you export.

Output isn't locked to one format. GLB is the default — drop it straight into Unity, Unreal Engine or Blender — but the same pipeline also produces OBJ, FBX and STL, so a model generated for a game can just as easily end up sliced and 3D printed. Once a mesh exists, Studio's built-in tools (reduce, pivot, orient) let you finish it in the browser without round-tripping through a separate app.

When you need this

Concept-to-asset for indie games and game jams, without hiring a modeler for every prop
Turning a product photo or a sketch into a printable 3D file (STL) for a home printer or a print-on-demand shop
Filling out an asset pack with variations of the same object at a consistent style and polygon budget
Prototyping a character or vehicle silhouette before committing to a full manual model
Generating reference meshes for a Blender or Unity pipeline that a human artist then refines

Tips

Describe a single object clearly ("a weathered wooden crate with metal bands") rather than a whole scene — the mesh step works best from one clear subject
Pick your target polygon count to match where the asset is going: a few hundred for mobile/VR, a few thousand for PC/console props
Generate a few image candidates before committing to the mesh step — the 3D pass is the more expensive one
For 3D printing, export STL and make sure the mesh is watertight before slicing — the mesh tools can help clean up thin geometry first

Frequently asked questions

How does the AI 3D model generator work?
You start from a text prompt or a reference image. Studio generates a concept image, converts it into a 3D mesh with a target polygon count you choose, then optionally textures it. The result exports as a GLB file ready for game engines.
Can I generate low-poly 3D models for games?
Yes — the mesh step lets you set a target polygon count, from a few hundred triangles for a stylized low-poly asset up to a higher-detail model. Output is a clean, game-ready GLB you can drop into Unity, Unreal Engine or Blender.
Is the AI 3D generator free to use?
Creating an account gives you free credits to generate your first models. Beyond that, generation runs on a credit system — no subscription required.
Can I generate 3D models for 3D printing?
Yes — export any generated mesh as STL alongside GLB, OBJ and FBX. Set a higher polygon target for smoother printed surfaces, and check that the mesh is watertight before sending it to your slicer.
What file formats can I export?
GLB, OBJ, FBX and STL. GLB is the default and the most compact for game engines; STL is the one to pick for 3D printing.
Can I edit the generated mesh?
Yes — once a mesh exists you can reduce its polygon count, recenter its pivot, or fix its orientation directly in the browser, without exporting to a separate 3D app first.