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.
- 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
- 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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