From signaling pathways to neural network architectures, from clinical trial flows to robotics control stacks — LabFig generates a publication-ready, fully editable scientific figure tuned to the conventions of your field. Jump into biology figures or machine learning diagrams, or just start from a sentence with text to figure. Pick your discipline below to see tailored prompts, examples, and starting points, or read our primer on what AI for scientific figures means.
†Choose a discipline below, or jump straight into the workbench
Biology · Signaling Pathway
Pick your field below or just describe the figure you need — a pathway, model architecture, trial flow, or control diagram — and render a clean, journal-ready scientific figure right here.
Pick a mode, describe the figure, get a journal-grade draft in seconds. Export to SVG / PDF.
Your figure will appear here
Pick a mode · Describe the figure · Generate
Click any example to load it into the workbench above, then tweak the wording and generate your scientific figure.
Each discipline page is tuned to the diagrams, conventions, and terminology your reviewers expect from a scientific figure. Click through to tailored prompts and examples.

Signaling pathways, molecular mechanisms, cell-biology schematics, and experimental workflows — each rendered as a scientific figure with clean labeled arrows and journal-grade typography for life-science manuscripts.

CONSORT trial flows, anatomical schematics, mechanism-of-action diagrams, and clinical pathways — each scientific figure built to the standards of medical journals and submission-ready in minutes.

Model architectures, training pipelines, attention blocks, and data-flow diagrams — from transformers to CNNs, drawn as clean rounded blocks with consistent notation for ML papers.

Sequencing workflows, genome maps, variant and CRISPR mechanisms, and multi-omics pipelines — each scientific figure laid out with the panels and annotations genomics reviewers expect.

Apparatus schematics, energy-level diagrams, field and force visualizations, and experimental setups — each scientific figure rendered with precise geometry and clean scientific notation.

Control architectures, sensor and perception stacks, kinematic diagrams, and autonomy pipelines — each scientific figure drawn as a structured block diagram for robotics and systems papers.
Whatever your field, describe your scientific figure in the workbench and get a journal-ready draft in minutes — free while you explore.
No design skills required · Editable vector output