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Oyster shell 3D Models

Find the best Oyster shell 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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Anonymous1752149256
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Anonymous1762006754
A highly detailed 3D model of a raw oyster shell, closed, rugged and rocky texture, organic shapes, realistic ocean shell, 4k textures, photorealistic.
Anonymous1768837734
Anonymous1770725433
A solid, watertight 3D block model of a single cupped half-shell of a European flat oyster (Ostrea edulis). The crucial constraint: The open side of the shell is completely enclosed by a perfectly flat, smooth planar cap, creating a solid object with no interior void. Exterior Texture: The exterior side features highly pronounced, sharp, rugged calcified ridges and distinct growth layers (aggressive texture). Geometry: The result should look like a solid volume sliced perfectly flat on top. High polygon count for sharp details on the textured side.
Anonymous1770722355
A solid, watertight 3D block model of a single cupped half-shell of a European flat oyster (Ostrea edulis). The crucial constraint: The open side of the shell is completely enclosed by a perfectly flat, smooth planar cap, creating a solid object with no interior void. Exterior Texture: The exterior side features highly pronounced, sharp, rugged calcified ridges and distinct growth layers (aggressive texture). Geometry: The result should look like a solid volume sliced perfectly flat on top. High polygon count for sharp details on the textured side.
Anonymous1770722355
A photorealistic 3D model of a single valve of a European Flat Oyster (Ostrea edulis). Geometry: The object is a solid volume. The bottom interface is a perfectly flat, planar cross-section, creating a seamless solid base. Organic Surface (Top): The exterior surface is biologically accurate to the 'Belon' species: round, sub-circular shape (not elongated). The texture features sharp, foliated limestone layers and jagged ridges. High-contrast relief, flaky appearance, no smoothing. Material: Old calcified shell, matte finish, realistic encrustations. Tech Specs: Boolean cut style, watertight mesh, high-poly digital scan.
Anonymous1770722355
A photorealistic 3D model of a single valve of a European Flat Oyster (Ostrea edulis). Geometry: The object is a solid volume. The bottom interface is a perfectly flat, planar cross-section, creating a seamless solid base. Organic Surface (Top): The exterior surface is biologically accurate to the 'Belon' species: round, sub-circular shape (not elongated). The texture features sharp, foliated limestone layers and jagged ridges. High-contrast relief, flaky appearance, no smoothing. Material: Old calcified shell, matte finish, realistic encrustations. Tech Specs: Boolean cut style, watertight mesh, high-poly digital scan. It have to looks like an oyster
Anonymous1770722355
A photorealistic 3D model of a single valve of a European Flat Oyster (Ostrea edulis). Geometry: The object is a solid volume. The bottom interface is a perfectly flat, planar cross-section, creating a seamless solid base. Organic Surface (Top): The exterior surface is biologically accurate to the 'Belon' species: round, sub-circular shape (not elongated). The texture features sharp, foliated limestone layers and jagged ridges. High-contrast relief, flaky appearance, no smoothing. Material: Old calcified shell, matte finish, realistic encrustations. Tech Specs: Boolean cut style, watertight mesh, high-poly digital scan. It have to looks like an oyster
Anonymous1770722355
A photorealistic 3D model of a single valve of a European Flat Oyster (Ostrea edulis). Geometry: The object is a solid volume. The bottom interface is a perfectly flat, planar cross-section, creating a seamless solid base. Organic Surface (Top): The exterior surface is biologically accurate to the 'Belon' species: round, sub-circular shape (not elongated). The texture features sharp, foliated limestone layers and jagged ridges. High-contrast relief, flaky appearance, no smoothing. Material: Old calcified shell, matte finish, realistic encrustations. Tech Specs: Boolean cut style, watertight mesh, high-poly digital scan.
Anonymous1770722355
A photorealistic 3D model of a single valve of a European Flat Oyster (Ostrea edulis). Geometry: The object is a solid volume. The bottom interface is a perfectly flat, planar cross-section, creating a seamless solid base. Organic Surface (Top): The exterior surface is biologically accurate to the 'Belon' species: round, sub-circular shape (not elongated). The texture features sharp, foliated limestone layers and jagged ridges. High-contrast relief, flaky appearance, no smoothing. Material: Old calcified shell, matte finish, realistic encrustations. Tech Specs: Boolean cut style, watertight mesh, high-poly digital scan.
Anonymous1770722355
A solid 3D model of a single half-shell of a European flat oyster (Ostrea edulis). Exterior Geometry: Highly pronounced, sharp, and jagged calcified ridges. Deeply layered structure with exaggerated relief and distinct growth rings. Rugged, aggressive texture, not smoothed. Volume & Base: The model must be a watertight, solid volume with thick walls. The entire underside of the shell is cut into a perfectly flat planar face for 3D printing adhesion. Style: High-definition digital sculpture, hard-surface modeling details on organic shape, 8k resolution.
Anonymous1770722355
A solid 3D model of a single half-shell of a European flat oyster (Ostrea edulis). Exterior Geometry: Highly pronounced, sharp, and jagged calcified ridges. Deeply layered structure with exaggerated relief and distinct growth rings. Rugged, aggressive texture, not smoothed. Volume & Base: The model must be a watertight, solid volume with thick walls. The entire underside of the shell is cut into a perfectly flat planar face for 3D printing adhesion. Style: High-definition digital sculpture, hard-surface modeling details on organic shape, 8k resolution.
Anonymous1770722355
A solid 3D model of a single half-shell of a European flat oyster (Ostrea edulis). Exterior Geometry: Highly pronounced, sharp, and jagged calcified ridges. Deeply layered structure with exaggerated relief and distinct growth rings. Rugged, aggressive texture, not smoothed. Volume & Base: The model must be a watertight, solid volume with thick walls. The entire underside of the shell is cut into a perfectly flat planar face for 3D printing adhesion. Style: High-definition digital sculpture, hard-surface modeling details on organic shape, 8k resolution."
Anonymous1770713359
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