AIPRINTGEN AIPRINTGEN
Back Back to generator
AIprintgen / Science, Medical & Anatomy

Plant Mesophyll Cell 3D Model with Cutaway

Science, Medical & Anatomy Molecular Models Plant Cell Mesophyll Cell Biology science Educational 3d Model Education & Training Game Development 3D Printing Film, Animation & VFX

Explore the intricate structure of a plant mesophyll cell with this detailed 3D model, showcasing a cutaway view of its organelles.

3D
3D model of a plant mesophyll cell with a cutaway view showing the vacuole, nucleus, chloroplasts, and mitochondria.

Preview can be downloaded for free. Full quality is available after registration for 1 credit.

Preview is free. Full quality requires registration and 1 credit.
3D model of a plant mesophyll cell with a cutaway view showing the vacuole, nucleus, chloroplasts, and mitochondria.
Plant Mesophyll Cell 3D Model with Cutaway 3D model of a plant mesophyll cell with a cutaway view showing the vacuole, nucleus, chloroplasts, and mitochondria.

Model details

Use cases
Education & Training Game Development 3D Printing Film, Animation & VFX
Tags
Plant Cell Mesophyll Cell Biology science Educational 3d Model Cutaway Organelles

Description

Overview and production context

This 3D model represents a plant mesophyll cell, rendered in a smooth, educational diagram style. The ovoid cell features a semi-transparent, yellowish-beige cell wall, revealing a large, pale cyan vacuole at its center. A thin cytoplasmic layer surrounds the vacuole, housing a dark purple nucleus and numerous green, disc-shaped chloroplasts arranged along the periphery. Tiny red mitochondria are also depicted. The model is designed for clarity and biological accuracy, making it ideal for educational purposes and scientific visualization.

How to use this model

Use cases, fit and pre-production checks

This 3D model is perfectly suited for 3D printing, allowing for detailed educational displays or models. It can be printed at various scales, though supports may be beneficial for the internal structures to ensure clean printing. For digital applications, the model is excellent for game development, AR/VR experiences, and architectural visualizations, providing a realistic and informative representation of plant cell biology. Its smooth geometry and clear internal structure make it a valuable asset for interactive learning environments or scientific presentations.

FAQ

Answers for this exact model page

What specific internal structures are visible in this plant cell model?
This model clearly displays the large central vacuole (pale cyan), the nucleus (dark purple), numerous chloroplasts (green discs), and small red mitochondria, all within the cytoplasmic layer and enclosed by the cell wall.
What is the style and intended use of this 3D plant cell model?
The model is rendered in a smooth, realistic, educational diagram style, making it ideal for biological visualization, educational presentations, and 3D printing for learning purposes.
How is the internal structure of the cell revealed in this model?
A quarter of the cell wall is cut away, providing a clear, accessible view of the internal organelles and their arrangement within the cell.
Can this model be used for AR/VR applications?
Yes, this model is well-suited for AR/VR applications, offering an immersive and interactive way to explore plant cell biology in virtual or augmented environments.

Related models

Classroom Crystal Lattice 3D model, side profile view, technical viewport render, showing colored spheres, form detail. A detailed 3D model of a bacterium, showing its internal structures like the nucleoid and ribosomes, and external flagella. 3D model of a white lily flower cut in half, showing the pistil and stamens inside. A collection of 3D models of red blood cells, shown in various forms and sizes, rendered in a vibrant red color against a bla 3D model of a bacterium with a visible DNA helix, pastel-colored internal structures, and pink flagella, set against a white 3D model of a stylized, pixelated hand holding a glowing atom with orbiting electrons against a black background. A blue, intricate Gyroid lattice structure forming a hollow sphere against a white background. 3D models of various crystal lattices arranged in a 4x3 grid, with gray spheres and blue bonds. 3D model of an icosahedron with flat blue facets and a dark frame on a black background 3D ball-and-stick model of the Ochratoxin A molecule, showing atoms and bonds in detail. 3D model of stearic acid molecule, showing carbon, hydrogen, and oxygen atoms in a ball-and-stick representation. Classroom Crystal Lattice 3D model, three-quarter front view, AR viewer studio render, showing detail and scale.
Telegram Icon Our community