AI Formula Recognition

Convert handwritten or printed formulas into LaTeX format. Perfect for academic papers and technical documents.

How to Convert Formulas to LaTeX?

  1. 1.Upload your formula image and select 'Formula Recognition'
  2. 2.Click the "Recognize" button to start conversion
  3. 3.Get your LaTeX code with perfect mathematical notation in seconds

Simple Upload

Just drag & drop your formula image or click to upload. Support handwritten equations, printed formulas, and scanned mathematical documents.

AI-Powered Recognition

Our advanced AI technology converts mathematical formulas into precise LaTeX code. Perfect for academic papers, research documents, and technical publications.

Private & Secure

Your mathematical content is protected with enterprise-grade security. Files are automatically deleted after processing to ensure confidentiality.

Frequently Asked Questions

How does formula recognition work?

Our system uses computer vision and deep learning to process mathematical formulas: It first optimizes the image quality, then recognizes mathematical symbols and their relationships, and finally generates LaTeX code that preserves the formula's structure and meaning.

What mathematical elements are supported?

We support a comprehensive range of mathematical notation: basic operators, fractions, roots, integrals, limits, summations, matrices, Greek letters, and various mathematical functions. Both handwritten and printed formulas are supported.

What image formats and requirements are supported?

We accept PNG, JPG, JPEG, and WebP formats. For optimal results, ensure your formula images have good contrast and clear symbols. Maximum file size is 10MB.

What are common uses of formula recognition?

Common use cases include:

  • Research: Convert handwritten math notes to LaTeX
  • Publishing: Extract formulas from papers and textbooks
  • Education: Share and digitize math homework and solutions

What other recognition services are available?

In addition to formula recognition, we also offer: