Review your product in 3D
Upload a clear product photo and create a model you can rotate. Compare its shape, hidden sides and materials with the real product before using it in a scene or listing.
Compare the input and actual output before starting your own.
Source photo: The Metropolitan Museum of Art · CC0 1.0. Model generated in Quady3D.
Compare the rim and decoration with the photo. The interior contains repeated decoration; the far side and exact dimensions need separate review.
Compare the silhouette and openings, then set dimensions from the actual product.
Inspect the back, underside and interior. One photo cannot verify them.
Check decoration, logos, reflections and seams in the exported model.
Keep the complete object in frame with even lighting. Transparent surfaces, strong reflections and cropped edges make shape harder to infer.
Start with the visible proportions and decoration. Rotate the cup below to inspect its far side and interior, where the source photograph provides less evidence.
For a product scene, check scale, origin, geometry and materials. For a prototype, review the mesh and physical dimensions before preparing STL.
GLB can package geometry and textures in one file. Inspect the downloaded model in its destination viewer before publishing; a good initial preview does not verify a storefront integration.
Yes, it can create a model draft. One photo does not establish exact dimensions or hidden surfaces. Compare the result with the product and use more views where details matter.
The image workflow accepts PNG, JPG and WebP. Use a clear image with the full product visible and check the current upload requirements in the workspace.
A suitable GLB can be used by a compatible viewer after you check geometry, file size, textures and dimensions. Test it in your storefront’s viewer; this example does not verify a particular integration.
No. The output is a generated mesh. Product measurements, fitted parts and manufacturing tolerances require separate modeling and validation.
Prepare its geometry as STL, set a physical size and inspect the result in a slicer. Fine walls, cavities and hidden parts may need editing before a test print.
