from image

IMAGE TO 3D · FREE COMMUNITY DEMO

From a single image
to a 3D model.

Start with a clear picture of one object. Try the TRELLIS community demo to generate a 3D asset, inspect it from different angles, and download a GLB file.

Try the generator Read the 3D guide
Free community demo · Shared GPU availability and quotas apply
01 / IMAGE
02 / INFERRED FORM
Illustrative drawing of a small ceramic vase, not a generated modelReference image
Illustrative wireframe vase representing an inferred 3D shape, not a real outputIllustrative shape only
the back is inferred
not photographed

TRY IMAGE TO 3D

Your picture.
A first 3D asset.

1. Upload a clear image or select an example. 2. Click “Generate & Extract GLB”. 3. Inspect the result and download the GLB.

Powered by the TRELLIS community demo on Hugging Face. This is an embedded third-party tool, not our own inference service. Free GPU quotas, queues and sign-in requirements may apply.

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Tool slow, unavailable or out of quota? Open the TRELLIS demo on Hugging Face ↗. Loading it there does not reset your quota.

Single-image results infer unseen surfaces. Check the whole model before use; a GLB is not automatically a print-ready or dimensionally accurate model.

THREE ROUTES, DIFFERENT TRADE-OFFS

What does “image to 3D” mean?

The right method depends on whether you want a quick concept, a better-informed shape, or a measured reconstruction.

01One reference image with a softly shaded object illustration

Single-image AI

One view goes in; a model estimates the unseen sides and depth. Fast to try, but hidden geometry is a prediction, not recovered evidence.

Understand the trade-offs ↗
02Three different views of one object, drawn as a workflow illustration

Multi-view AI

Several angles give the model more visual clues. Keep the same object, scale, lighting, and background as consistent as you can.

Compare image workflows ↗
03Multiple overlapping camera views around a real object, illustrative diagram

Photogrammetry

Many overlapping photos reconstruct visible surfaces from shared detail. It needs careful capture and struggles with reflective or featureless objects.

When measurements matter ↗

A BETTER FIRST INPUT

Make the image
easy to read.

01 One main object, clearly separated from its background.

02 Even light and sharp edges; avoid motion blur and deep shadows.

03 For multiple views, photograph the same object from distinct angles.

04 Check the mesh from every side before using or printing it.

Read the full guide →

VISUAL EXAMPLES

Workflows, not promised results.

These original diagrams explain inputs and reconstruction choices. They are not AI outputs or samples from a working generator.

Original line illustration of a single vase reference image
One imageUseful for a quick concept; the far side is inferred.
Original diagram of front, side, and rear reference views
Several viewsMore evidence about shape, if the views match.
Original camera-and-object diagram for a photogrammetry capture
Photo sequenceOverlapping detail helps reconstruct photographed surfaces.

NEXT: PICK THE RIGHT OUTPUT

From image to model,
with eyes open.

Learn what each method can and cannot infer, and choose an export format for your next step.

Explore the complete guide →