Aorta 3D Models

Find the best Aorta 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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Anonymous1763712198

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Anonymous1760600903

Anatomical human heart, exploded view diagram style, components floating slightly apart, distinct separated parts: left atrium, right atrium, ventricles, aorta, vena cava. Medical visualization, high fidelity, 4k textures, glb format style.

Anonymous1765048993

Anonymous1765030430

Model a complete, full anatomical human heart as a single 3D sculpture (not cropped). Include ventricles, atrial mass, apex, and simplified major vessels: an arcing aorta with three branch stubs, pulmonary trunk/arteries, and a suggested vena cava.

Style: ornamental filigree / arabesque engravings integrated into the 3D surface (raised ridges + recessed grooves). Use elegant leaf/vine curls and teardrops. No 2D outline. Filigree follows anatomy: larger/open motifs in the middle, denser/tighter near the lower apex, and thinning/wrapping around vessel bases. Must wrap around curvature (not a flat decal). Clean continuous geometry, no floating pieces.

Negative: no cartoon/romantic heart, no flesh/gore textures, no ink outlines, no random noise/scribbles.

Anonymous1737401987

Anonymous1746669905

Anonymous1763981952

Create a highly realistic 3D human heart model with correct anatomy: atria, ventricles, major vessels (aorta, vena cava, pulmonary arteries and veins), valves, and coronary vessels. Accurate proportions, detailed surface, and clear chamber definition. Mesh must be clean and optimized for WebAR/Unity. Use natural colors and PBR textures (base color, normal, roughness). Export in GLB or FBX. Style: clinical, non-cartoonish.

Anonymous1763831700

Highly detailed 3D model of an adult rat heart (Wistar rat, body weight 300–400 g). Shape: elongated drop-like ventricles with a pointed apex, left ventricle visibly larger and more conical than the right, slight torsion of the long axis and a flatter diaphragmatic (posterior) surface. Add a smooth atrial roof and two realistic auricles. At the base create four short vessel stumps: aorta and pulmonary trunk exiting cranially, left and right anterior vena cava entering the atria. No inferior vena cava stump. No coronary arteries as separate geometry – keep epicardial surface mostly smooth with only subtle grooves. Output: watertight, non-self-intersecting solid mesh, no internal chambers, no base plate, Z-axis as long axis apex→base, suitable for 3D printing, neutral gray material

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Anonymous1762874578