?

Endoplasmic 3D Models

Find the best Endoplasmic 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.

Anonymous1771376221
3D model of an animal eukaryotic cell in cross section, educational style.
The cell is round and slightly irregular, with a cutaway showing the interior.

Outer layer: thick plasma membrane, dark brown, smooth and continuous.
Interior cytoplasm: light pink, smooth texture.

Central nucleus: large spherical structure, purple color, with double nuclear membrane visible.
Inside the nucleus:
- nucleolus: small blue sphere
- chromatin: dark purple curved strands attached to the inner nuclear membrane

Endoplasmic reticulum:
- rough endoplasmic reticulum: folded membrane network surrounding the nucleus, purple-pink color, covered with small black ribosomes
- smooth endoplasmic reticulum: smooth tubular membranes without ribosomes

Golgi apparatus: stacked, curved flattened sacs, light green color, located near the nucleus.

Mitochondria: several oval orange organelles with visible internal folds (cristae), scattered in the cytoplasm.

Lysosomes: small smooth yellow spheres distributed in the
Anonymous1771032504
A detailed 3D cross-section of a human animal cell, showing organelles like nucleus, mitochondria, ribosomes, and endoplasmic reticulum. High-quality educational biology illustration, vibrant colors, 4k resolution.”
Anonymous1771019278
Create a highly detailed 3D model of the Smooth Endoplasmic Reticulum (SER) designed as a futuristic living space inside a cell.
The SER should appear as an interconnected network of smooth, tubular membranes, accurately representing its biological structure, with no ribosomes on the surface.
Inside the hollow tubes, design a miniature livable room showing:
A clean, modern interior integrated into the membrane walls
Soft glowing lights representing lipid synthesis and detoxification activity
Transparent sections of the membrane to view the cellular environment outside
Futuristic furniture scaled to fit inside the SER
Use semi-transparent, glossy textures, realistic biological curves, and soft blue-green lighting to give a scientific yet imaginative look.
The model should balance scientific accuracy and creativity, suitable for a school-level IDP science exhibition, visually impressive, educational, and child-friendly.
Style: Educational sci-fi, high realism, smooth surfaces, clean rend
Anonymous1769506813
Anonymous1769068438
Anonymous1768347509
Anonymous1766829807
3D anatomical model of a eukaryotic animal cell, cross-section view. High-detail organelles including: a large purple spherical nucleus with visible nuclear pores and a dark nucleolus; blue folded Rough Endoplasmic Reticulum (RER) studded with tiny orange ribosomes; green Smooth Endoplasmic Reticulum (SER) tubules; orange Golgi apparatus stacks; red bean-shaped mitochondria with inner cristae folds; green cylindrical centrioles near the nucleus; and translucent cytoplasm filled with a fibrous cytoskeleton. Biological accuracy, vibrant scientific colors, high-resolution textures, 8k, photorealistic rendering.
Anonymous1762667465
(masterpiece, best quality, 8K), a stunning 3D render of a vibrant plant cell, scientific illustration, cross-section view. Featuring a large blue nucleus with nucleolus and chromatin, orange mitochondria with intricate cristae, bright green chloroplasts with thylakoids, a transparent central vacuole, yellow Golgi apparatus, cream-colored rough endoplasmic reticulum with red ribosomes, and a translucent cell wall. The cytoplasm has a subtle volumetric glow. Rendered in V-Ray with studio lighting, hyper-detailed, scientifically accurate, on a pure dark gray background.
Anonymous1764686063
МОДЕЛЬ КЛЕТКА
Anonymous1764610535
Anonymous1760844392
Anonymous1763688024
Anonymous1763596884
Anonymous1763504073
celula animal
Anonymous1763504073
Una célula animal dividida por la mitad con todos los organelos visibles
Anonymous1761702900
Anonymous1756638927
Anonymous1763178071
Enter invite code to get credits!