Equation to Word Converter

Upload images of printed or handwritten equations and get MathML you can paste directly into Microsoft Word.

Upload Equation Images (up to 10 MB each)

Supported formats:

JPGPNGWebPHEICBMPTIFF
Max 10 MB per file

Download Results

Results will appear here

Upload equation images and convert to see your MathML

Convert Printed and Handwritten Equations to Word

Our Equation to Word Converter uses Gemini 2.5 Flash AI to read any equation from a photo — printed textbook problems, handwritten notes, or whiteboard snapshots — and converts it to MathML, the format Microsoft Word uses natively for rendering math.

How It Works

  1. Upload one or more images containing equations (JPG, PNG, WebP, etc.).
  2. AI extracts each equation as Word-compatible MathML 3.0, faithfully preserving fractions, integrals, matrices, Greek letters, and more.
  3. Copy the MathML or download it as an .xml file.
  4. In Word: go to Insert → Equation and paste the MathML — it renders as a native Word equation object.

What Can It Convert?

Printed Equations

Textbook problems, typed formulas, and any clearly printed mathematical notation.

Handwritten Math

Photos of handwritten equations from paper, whiteboards, or notebooks.

Complex Notation

Matrices, integrals, summations, Greek letters, subscripts, superscripts, and more.

Frequently Asked Questions

How is this different from Math to Word?

Equation to Word is focused on single equations — output is MathML you paste directly into an existing Word document. Math to Word converts entire documents (PDFs, images with text + math) into a downloadable DOCX file.

Which versions of Word support MathML?

Microsoft Word 2013, 2016, 2019, 2021, and Microsoft 365 all support MathML natively. Older versions may require a third-party equation editor plugin.

Can I upload multiple equations at once?

Yes! Upload as many images as you need. Each uses 1 credit and is converted independently. Each result has its own Copy and Download button.

Why does my equation sometimes look slightly different?

AI OCR may interpret ambiguous handwriting differently. For best results: use high-contrast images, crop tightly around the equation, and ensure good lighting.