Convert reference images into usable 3D models with cleaner mesh structure, collider-aware output, and export formats built for Unity, Unreal, and Blender.

Why It Matters
Most image-to-3D tools stop at the preview. Marble is positioned for teams that need generated models to move into real engine workflows without days of collider and topology cleanup.
Generate with Unity, Unreal, Blender, AR, and web 3D handoff in mind instead of treating the model as a static demo.
Use common formats like GLB, GLTF, OBJ, STL, USDZ, and PLY for faster review and asset transfer.
Frame every image-to-3D job around topology, collider readiness, and structural consistency before production import.
Start from example images or your own uploads, then evaluate the result before committing it to a game scene.
Workflow
This page gives Google and users one clear route: upload an image, generate the model, inspect engine readiness, then export for the next tool.
Use a single subject with readable silhouette and simple background for stronger geometry and texture reconstruction.
Create an AI 3D model from the image, then inspect the generated mesh before using it in a prototype.
Review topology, scale, surface structure, and collider expectations before the asset reaches Unity or Unreal.
Download GLB, OBJ, STL, GLTF, USDZ, or PLY outputs depending on your plan and downstream workflow.
Use these technical guides to connect image-to-3D generation with real engine problems.

Learn how Image Blaster connects Claude, FAL, and World Labs for AI 3D generation from one image.

See when FAL_KEY is enough, when World Labs is needed, and how Claude fits into the workflow.

Compare Marble with Image Blaster, Meshy, Hunyuan 3D, TripoSR, and World Labs.

Why AI 3D models clip through Unity scenes and how physics-ready assets reduce cleanup.

Understand invisible walls, collider seams, and collision mesh mismatch before importing generated assets.

See how topology cleanup time compounds when every generated model needs manual repair.
Practical answers for game developers evaluating image-to-3D generation.
Start with the generator, inspect the result, then export to your next Unity, Unreal, Blender, or web 3D workflow.