FigEditor

Description

FigEditor is a browser-based AI scientific figure generator that turns a text prompt, sketch, or reference image into a visual draft for research communication. It combines generation, refinement, vectorization, and export in one workspace, so researchers can move from an idea to a polished figure without switching tools.

You can create mechanism diagrams, experimental workflows, pathway figures, graphical abstracts, microstructure visuals, and study schematics for papers, posters, and presentations. FigEditor can also turn a hand-drawn sketch, flowchart, or low-fidelity layout into a cleaner draft using its structure as a guide, and it lets you make a flat scientific figure editable again.

Every result is treated as an editable draft, and the tool emphasizes that the researcher remains responsible for verifying labels, values, arrows, citations, anatomy, scale bars, and scientific claims before publication. You can refine details and export editable SVG or high-resolution PNG and JPG in multiple aspect ratios, with model-dependent 1K, 2K, or 4K output.

FigEditor uses a credit-based system where cost depends on the tool, model, resolution, and operation, shown in the workspace before generation. New accounts receive free credits, with subscriptions and one-time credit packs available, and failed generations automatically return their credits.

FigEditor's Core Features

• AI figure generation from text, sketches, or reference images

• Coverage of mechanism diagrams, workflows, pathways, and graphical abstracts

• Sketch-to-figure conversion that follows your structure

• Detailed refinement of labels, arrows, colors, and layout

• Editable SVG export plus high-resolution PNG and JPG

• Multiple aspect ratios and 1K, 2K, or 4K output

• Vectorization to make flat figures editable again

• Credit-based pricing with free starter credits and automatic refunds on failure

How to use FigEditor?

1. 1

   Provide an input: Enter a text prompt, or upload a sketch or reference image.

2. 2

   Generate a draft: FigEditor creates a first scientific figure draft in the workspace.

3. 3

   Refine: Adjust labels, arrows, colors, and layout to match your intent.

4. 4

   Verify accuracy: Review labels, values, citations, and claims against your source material.

5. 5

   Export: Download editable SVG or high-resolution PNG or JPG for your paper, poster, or slides.

FigEditor's Use Cases

• Mechanism diagrams
• Graphical abstracts
• Sketch to figure
• Editable vector export
• Posters and presentations

FAQ from FigEditor

• What is an AI scientific figure generator?

  It turns a text prompt, sketch, or reference image into a visual draft for research communication. FigEditor combines generation, refinement, vectorization, and export in one browser-based workspace.

• What kinds of figures can I create?

  You can create mechanism diagrams, experimental workflows, pathway figures, graphical abstracts, microstructure visuals, study schematics, and other figures for papers, posters, and presentations.

• Can FigEditor turn my sketch into a finished figure?

  Yes. You can upload a hand-drawn sketch, flowchart, or low-fidelity layout, and FigEditor uses the structure as a guide to create a cleaner draft you can refine before export.

• How should I verify scientific accuracy?

  Treat every result as an editable draft and check labels, values, arrows, citations, anatomy, scale bars, and claims against your source material. The researcher remains responsible for the final scientific review.

• Can I match a journal's file requirements?

  FigEditor supports editable SVG, high-resolution PNG and JPG, multiple aspect ratios, and model-dependent 1K, 2K, or 4K output, but you should check the target width, DPI, color mode, and format against journal guidelines.

• Are credits returned when a generation fails?

  Yes. When a tracked generation reaches a technical failed state, its deducted credits are automatically returned once and recorded in your credit history.