Reconstruct a high-fidelity 3D model of a ceramic koi-shaped incense burner with glossy crackle glaze, perforated body vents, curved fins, and detailed surface texture from a single product-style image.
Reconstruct a high-fidelity 3D mesh of the toy robot from the provided RGB image, preserving dented tin surfaces, painted facial details, small screws, boxy limbs, and believable thickness where parts are partially hidden by surrounding tools.
Reconstruct a complete high-fidelity 3D object from a single RGB photo of an antique brass lantern with engraved filigree, cracked glass panes, oxidized metal, moss around the base, and slight occlusion from fern leaves, preserving realistic geometry, thin handle details, surface wear, and natural texture variation.
Reconstruct a highly detailed 3D model of an antique brass astrolabe with engraved markings, layered rotating rings, delicate pointers, worn patina, and realistic metallic texture, preserving the object shape from a single RGB image with strong geometric fidelity and accurate surface detail.
Reconstruct a high-fidelity 3D mesh of the masked violin from a single RGB image, preserving the elegant arched body, f-holes, strings, bridge, tailpiece, scroll details, subtle asymmetry from age, glossy amber-brown varnish, edge wear, and believable thickness; infer realistic backside geometry and coherent texture continuation for use in AR and product-style inspection