LaTeX converter
Convert LaTeX and TeX files while handling packages, macros, equations, bibliographies, figures, and PDF or Word targets.
.tex · .latex
Format
About LaTeX
LaTeX is a document source format built on TeX, used for technical writing, academic papers, books, equations, and publishing workflows that need precise typesetting. A .tex file is not just text with markup; it can define macros, load packages, include other files, reference bibliographies, and generate cross references during compilation. The source describes structure and commands, while the rendered PDF is produced by a TeX engine or another conversion pipeline. Our routes convert LaTeX to PDF, DOCX, HTML, Markdown, ODT, RTF, reStructuredText, TXT, and EPUB, and can create LaTeX from several document formats when Pandoc can map the structure.
Version details are mostly engine and package details. pdfTeX, XeTeX, LuaTeX, LaTeX2e packages, BibTeX, BibLaTeX, class files, custom commands, and shell-dependent build steps all affect output. A standalone article using common packages converts very differently from a thesis with custom classes, minted code blocks, TikZ diagrams, glossaries, and split chapters. Encodings moved from older inputenc habits toward UTF-8, but archives may still depend on legacy settings. A safe converter should not run arbitrary shell escape commands, and it cannot know private macros unless they are included. Those dependencies should be collected before any automated conversion.
Readers and writers include researchers, journals, arXiv users, university templates, math-heavy product teams, technical publishers, and documentation projects. Reviewers often need DOCX even when authors write in LaTeX. Web teams may need HTML or Markdown versions of technical notes. PDF remains the canonical output when page layout, equations, citations, and floats must be judged together. Word or Markdown derivatives are useful for collaboration, but they are not a guarantee that every package feature survived. Keep the source tree, bibliography, figures, and class files together when converting. That source bundle is the real project, not one isolated file.
LaTeX conversion breaks around custom commands and build context. LaTeX to DOCX can preserve many headings, paragraphs, lists, tables, and equations, but complex macros may become plain text or fail. LaTeX to HTML works best with simple structure and web-friendly math. LaTeX to PDF through our pipeline typesets a target document but may not replicate a custom journal class. LaTeX to Markdown sheds page layout, float placement, and package-specific styling. Before conversion, compile the source once in its native project if possible, resolve includes, expand or document custom macros, and check equations and references in the result.
Common LaTeX problems
A journal manuscript needs Word review.
Use /convert/latex-to-docx, then inspect equations, citations, author metadata, and custom macros.
The source should render as a PDF handoff.
Use /convert/latex-to-pdf, then compare figures, references, and page breaks with the native TeX build when available.
Technical content is moving to a website.
Use /convert/latex-to-html or /convert/latex-to-md, then review math rendering and image paths.
A Word draft needs LaTeX source for publication.
Use /convert/docx-to-latex as a starting point, then replace generated markup with the journal's template commands.
The project relies on private style files.
Gather included .sty, .cls, figures, and bibliography files before conversion; /convert/latex-to-pdf cannot infer missing dependencies.