Turn your research description into an AI scientific figure — free, with no login required.
These are existing PaperFig outputs, not mockups. Each example pairs the researcher's prompt input with the resulting mechanism or workflow figure.
Prompt input
Describe a microfluidic chip with tumor organoids in central chambers, several drug concentrations flowing through the channels, fluorescence viability imaging, and a final drug-response heatmap.
Generated figure result
A left-to-right bioengineering workflow figure connecting chip architecture, organoid culture, live/dead imaging, and quantitative response.
Prompt input
Describe microplastic removal from wastewater through modified biochar adsorption, porous-membrane filtration, clean effluent, and a low-energy regeneration loop.
Generated figure result
A journal-style environmental mechanism figure that makes each treatment stage and the material interactions visible.
Prompt input
Describe satellite imagery, rainfall, slope, and historical landslide points feeding a feature-fusion step and deep learning model that produces a risk-zonation map.
Generated figure result
A clear multi-source data workflow figure from geospatial inputs through AI processing to the final risk map.
You do not need professional design language to create a useful scientific figure. Start by naming the main entities, materials, or inputs. Then describe the order of the mechanism or workflow, the important relationships, and the final outcome the reader should understand.
Include only the labels that must appear in the figure. You can also specify whether the visual flow should move from left to right, from top to bottom, or around a circular layout. For a complex project, focus the first preview on one scientific message instead of asking one figure to explain every result.
Prompt template
Create a [mechanism or workflow] figure showing [starting entities or inputs], followed by [main steps and relationships], leading to [final outcome]. Use a [left-to-right, top-to-bottom, or circular] layout with concise labels and a clear journal-style visual hierarchy.
The free tool answers one practical question: can AI turn your own research description into a useful scientific figure direction? You can test that before creating an account.
Name the entities, process order, key mechanism, and final outcome. Plain language is enough.
PaperFig plans the visual hierarchy and renders one standard scientific figure preview with no credit card.
Use 150 free credits to keep generating, edit labels, try other input modes, and export SVG or PPTX files.
Choose the right tool for the visual job before you generate a figure.
PaperFig works best for mechanism diagrams, experimental workflows, method frameworks, material-process figures, biomedical pathways, research system overviews, and graphical abstracts. It is useful when you understand the science but do not want to assemble every icon, panel, and arrow from a blank canvas.
PaperFig is not a statistical plotting or quantitative analysis package. Use an appropriate analysis tool for raw numerical data, microscopy measurements, statistical charts, and exact data visualization. An AI scientific figure must not invent experimental evidence; it should organize only the research information you provide.
Traditional software such as Inkscape gives you precise manual control, but you must learn the interface and build the composition yourself. PaperFig uses AI to create the first complete draft, so you can judge the scientific story before spending time on fine adjustments.
| What changes | PaperFig AI workflow | Traditional manual software |
|---|---|---|
| Speed to first draft | Describe the research and get a structured visual direction in minutes. | Search for assets, draw elements, align panels, and route arrows manually. |
| Learning effort | Start with scientific language you already know, then refine the result. | Learn drawing, layers, paths, typography, and layout controls before producing a complete figure. |
| Output and control | Fast AI draft quality, followed by label editing and SVG or PPTX vector export after signup. | Maximum element-level control from the start, with more time required to reach publication quality. |
Clear boundaries on what the free preview includes and when the full PaperFig workspace is the better fit.
Create a free PaperFig account to get 150 credits, continue generating, edit figure labels, and prepare SVG or PPTX files for your research workflow.
Create free account