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LaTeX2SVG
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LaTeX2SVG

Turn LaTeX into clean SVG, PNG, or PDF

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LaTeX2SVG turns LaTeX into clean, scalable graphics. Paste an equation, table, TikZ diagram, algorithm or theorem, and it compiles on a real LaTeX engine and gives you an SVG, a transparent PNG or a PDF. The SVG stores glyphs as vector paths, so it looks the same everywhere, with no MathJax and no missing fonts. It's free to start and you don't need an account.

Example Image
Example Image

Features

- Real LaTeX compilation (Tectonic + dvisvgm), not a browser approximation

- Export to SVG, transparent PNG or PDF from the same render

- Self-contained SVG output: glyphs are converted to vector paths, so no fonts are needed

- Presets for equations, tables, TikZ diagrams, text and theorems, and algorithms

- Common packages supported: amsmath, booktabs, siunitx, tabularray, TikZ, circuitikz, tikz-cd, forest, pgfplots and algpseudocode

- Add your own packages and macros to the preamble

- Chinese and Korean text with ctex and kotex

- Clear error messages that point to the line that failed

- Copy the SVG straight to the clipboard, or share a link to a render

- Figma plugin for placing LaTeX directly on the canvas

- Sandboxed compilation: risky commands such as shell escape and file input are blocked

Use Cases

- Slides: put crisp equations in PowerPoint, Keynote or Google Slides without blurry screenshots

- Design tools: drop vector math and diagrams into Figma, Illustrator, Inkscape or Affinity Designer

- Web and docs: embed equations as lightweight SVGs that don't need a JavaScript math library

- Papers and posters: test a table, circuit or commutative diagram on its own before it goes into the manuscript

- Teaching: make worksheet, LMS and lecture-note graphics from the same source

- Technical writing: render pseudocode, theorem blocks and results tables for blogs, READMEs and Notion

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