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Creatures animals 3d printing 3D Models

Find the best Creatures animals 3d printing 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Anonymous1767824299
Anonymous1774048168
a big alligator, nice and wide, with articulated jaw than can open and close. Optimize it for 3D printing.
Anonymous1774133638
Anonymous1774200706
Anonymous1773627450
Anonymous1774204406
Anonymous1750193354
haz un busto de la cabeza de mi perro con los mismos colores en el pelaje, con posicion de orejas con base plana y fondo liso gris
Anonymous1710180951
Create a simple 3D printable penguin. Style: - Cute, cartoon, very minimal - Rounded shapes only (no sharp edges) - Big head, small body Design: - Standing upright - Arms close to the body (not sticking out) - Short, wide feet for stability - No thin parts Print requirements: - Print-in-place - No supports needed - All overhangs under 45 degrees - Thick walls (at least 2 mm) - Flat bottom for easy printing Details: - Simple eyes (small indents or bumps) - Small beak - Smooth surfaces (no textures) Output: - Clean, solid, watertight model ready for STL export
Anonymous1765568268
Create a flat 3D model of a T-Rex dinosaur silhCreate a flat 3D model of a T-Rex dinosaur silhouette, exactly 0.5 cm thick (uniform extrusion depth). The shape is based on a classic side-profile T-Rex cutout, facing left. The body is large and rounded with a slight downward curve toward the tail. The head features a large open jaw facing left, with the upper jaw slightly longer than the lower jaw and the mouth open wide showing a clear gap between upper and lower jaw. The tail is long and tapering, extending to the right and curving slightly upward. The arms are two very small, stubby forearms tucked close to the chest, pointing slightly downward. The legs are two thick, sturdy legs at the bottom — a prominent rear thigh/leg and a shorter front leg, both with flat bottoms so the model can stand upright on a flat surface, with a clear cutout gap between the two legs. All edges of the silhouette outline are smooth and rounded with no sharp corners — the style is that of a simplified, toy-like wooden puzzle-piec
Anonymous1774198760
Create a flat 3D model of a T-Rex dinosaur silhouette, exactly 0.5 cm thick (uniform extrusion depth). The shape is based on a classic side-profile T-Rex cutout, facing left. The body is large and rounded with a slight downward curve toward the tail. The head features a large open jaw facing left, with the upper jaw slightly longer than the lower jaw and the mouth open wide showing a clear gap between upper and lower jaw. The tail is long and tapering, extending to the right and curving slightly upward. The arms are two very small, stubby forearms tucked close to the chest, pointing slightly downward. The legs are two thick, sturdy legs at the bottom — a prominent rear thigh/leg and a shorter front leg, both with flat bottoms so the model can stand upright on a flat surface, with a clear cutout gap between the two legs. All edges are smooth and rounded throughout with no sharp corners — the style is that of a simplified, toy-like wooden puzzle-piece cutout similar to a laser-cut wooden toy. The model is a fla
Anonymous1774198760
Create a detailed articulated worm inspired by the Olgoi-Khorkhoi (Death Worm), designed as a 3D model (STL) with a print-in-place segmented structure similar to flexible articulated dragon toys. The head is the main feature: large open circular mouth, deep hollow interior, multiple concentric rings of sharp inward radial teeth, organic and fleshy appearance The body must be composed of 15 connected segments from tail to head using integrated ball-and-socket joints with small clearance to allow movement. Joints must include retention features to prevent parts from separating while still allowing articulation Structure: tail tip (ball only), 3–4 tail segments increasing in size, 13 uniform body segments with slight rotation to create a natural curved shape, 1–2 neck segments, and final head with rear socket only Ensure all parts remain separate but connected (not fused), forming a continuous articulated chain. Style organic, ringed, and worm-like, not dragon-like avoid fused joints
Buragi
Anonymous1751044450
Anonymous1764619569
Anonymous1774119792
Create a 3D printable articulated Dune sandworm (Death Worm) with head as main focus: wide open circular mouth, deep hollow throat, dense radial inward teeth, no jaw. Model must be print-in-place (single file) with 20–25 linked segments assembled from tail to head using integrated ball-and-socket joints. Each joint: spherical ball on front, matching socket on rear, with 0.25–0.35 mm clearance, retention lip and snap-fit groove to allow click-in assembly but prevent separation after printing. Include breakaway micro-bridges or thin support links between moving parts to keep geometry stable during print, designed to be freed by flexing after print. Order: tail tip (ball only), 3–4 tail segments increasing size, 15–18 uniform body segments with slight rotational offset to form natural curve, 1–2 smaller neck segments, final head with rear socket only. Ensure all parts are manifold, no fused joints, minimal overhangs, joints oriented to print without support, smooth articulation after free
Buragi
Anonymous1771564155
Anonymous1750193354
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