Open up a 3D cell model and see where each organelle sits
Ask for an animal, plant, or bacterial cell in any chat, or open your biology chapter as a PDF. You get a labeled cutaway you can rotate and zoom, in the chat message or on its own page.
Beta. A full AI build uses 1 AI Creation Credit, and you confirm it first. Small chat edits are free.
Quick answer
Can AI make a 3D model of a cell?
Updated October 2026 · 3D models are in Beta
Yes, as a labeled teaching model. Ask in any chat for an animal, plant, or bacterial cell, confirm 1 AI Creation Credit, and a cutaway with the nucleus, mitochondria, ER, Golgi, and any other parts you name builds in the thread in a few minutes. You can also build from your biology PDF and view the model on its own page. Organelles are enlarged so you can see them, so it isn't to scale.
The usual cell diagram is a fried egg: one flat slice with organelles scattered on it. It hides how the rough ER reaches out from the nuclear envelope, how the Golgi sits between the ER and the membrane, and how much space a plant cell's central vacuole takes up. A cutaway you can turn shows all of that.
Compare cells, or follow a process. Ask for an animal cell and a plant cell side by side to see what the chloroplasts, cell wall, and large vacuole change. Put a bacterium next to them to see what having no nucleus looks like. Or ask for the secretory pathway: a protein leaving the ER, passing through the Golgi, and reaching the membrane in a vesicle. If your course names parts differently, start from your chapter as a PDF so the labels follow its wording.
Know what it isn't. A cell model is an illustration, not a reconstruction. Scholarly doesn't read microscopy images or PDB, CIF, or DICOM files, doesn't use experimental coordinates, and doesn't draw to scale, so don't use a model to measure organelles or for diagnosis or clinical decisions. For real cells, use a microscope and image tools such as ImageJ or Fiji. For learning where things are and what they do, a model you can rotate is quicker to read.
How it works
How to build a cell model
Choose the cell type, list the organelles you care about, and confirm.
- 01
Pick your starting point
Ask in any chat, or start a 3D model from a cell biology chapter or worksheet saved as a PDF, which opens on its own page.
- 02
Choose a cell and its parts
Animal, plant, or bacterial, and the organelles you want named. Confirm the build, which uses 1 AI Creation Credit.
- 03
The AI builds the cutaway
Over a few minutes it writes the model in three.js, with the cell opened up, a color for each organelle, and leader lines to each label.
- 04
Explore and export
Click to rotate and zoom in the message, or open it full page. Ask chat to recolor an organelle, and on a paid plan export it for a worksheet or slide.
Use cases
Where cell models help
From a first biology class to a microbiology lab.
Middle and high school science
Organelles and their jobs, for a class meeting the cell for the first time.
AP and IB biology
Prokaryotic and eukaryotic cells, or animal and plant cells, side by side.
College cell biology
The endomembrane system: ER, Golgi, vesicles, and lysosomes, and how they connect.
Microbiology
A bacterium's nucleoid, plasmid, ribosomes, pili, flagellum, and Gram-positive or Gram-negative wall.
Nursing and pre-med
A mitochondrion's cristae and matrix, or the bacterial structures that antibiotics target.
Teachers
A model to rotate in front of the class, or a labeled image for a worksheet on a paid plan.
Try asking
Cell requests to try
Say which cell and which organelles should be named.
Build an animal cell cutaway and label the nucleus, mitochondria, rough ER, smooth ER, Golgi, and lysosomes.
Show a plant cell next to an animal cell and label what only the plant cell has.
Model a bacterial cell with the nucleoid, plasmid, ribosomes, flagellum, and pili labeled.
Show one mitochondrion up close: outer membrane, inner membrane, cristae, and matrix.
Show a protein moving from the rough ER through the Golgi to the cell membrane in a vesicle.
Give each organelle its own color and write labels a ninth grader would understand.
Beta
What it can and can't do today
3D models are in Beta. For cells, that means illustrative cutaways, enlarged so you can read them, not measured or to scale.
Works today
- Cutaways of animal, plant, and bacterial cells, with labels and leader lines.
- Side-by-side comparisons, or a single organelle shown up close.
- Ask in chat to see it in the message, or start from a cell biology PDF to view it on its own page.
- On paid plans, export a 4K PNG, a transparent PNG, an 8-second 1080p turntable MP4, or a .glb file.
Not supported
- Not CAD-accurate or engineering-grade. Models explain how something works; they are not measured designs.
- No STL or OBJ export, and no 3D printing. Exports are images, a turntable video, and a .glb file.
- No manual 3D editing tools: no sculpting and no dragging parts. You change a model by asking chat.
- A model starts from one PDF or from an empty chat. For notes or slides, save them as a PDF, or describe the content in chat.
- It's a Beta: preview every draft before you apply it, and check the labels before a model goes in front of a team.
FAQ
Frequently asked questions
Can it make both animal and plant cells?
Yes, along with bacterial cells and specialized cells such as a neuron or a red blood cell. Ask for one, or ask for two side by side to compare them.
Is the model to scale?
No. Ribosomes and small organelles are enlarged so you can see and label them, and distances are compressed. If a lesson is about relative size, say so in your request and treat the result as an illustration.
Can it show just one organelle?
Yes. Ask for a mitochondrion, a chloroplast, or the Golgi up close, with its own parts labeled. That often reads better than fitting everything into one cell.
Can it build from a microscope image?
No. It doesn't read micrographs or other image files, and a model starts from one PDF or an empty chat. You can start from a PDF that discusses the cell, and the AI builds from what its pages say, but the result is a general illustration, not a reconstruction of your sample.
Can I use it for a worksheet or a cell model project?
For a worksheet or a slide, yes: on a paid plan, export a 4K or transparent PNG. There's no STL or OBJ export, so it can't be 3D printed for a physical cell project.
What does a cell model cost?
A full build uses 1 AI Creation Credit, and you confirm it first. Renaming an organelle or changing its color doesn't use a credit, while adding a new organelle counts as another build. Exports need a paid plan.
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Quiz Generator
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Build a cell in 3D
Sign up, then pick a cell type to build, or open your biology PDF.
Beta. A full AI build uses 1 AI Creation Credit; small chat edits are free. Exports need a paid plan.