The CodeCogs Equation Editor started in 2005 as an internal tool to incorporate mathematics into engineering documentation. Over time it has evolved to be used in a wide range of circumstances to create beautifully formatted mathematical equations in either LaTeX. The service has been carefully optimised over the years and is known for its reliability and speed. It has been thoroughly tested by millions of users and generates millions of equations every day for thousands of websites - making it the world's #1 online editor.
The editor comes in two core flavours:
Standalone Editor - This is primarily used to create equations that are then copied into any third-party system, including other websites, blogs, email programs, and desktop applications. Open Standalone Editor »
Integrated Editor - This is designed to be physically integrated within a websites, allowing your users to create equations without leaving your website. There are two approaches to integrating the editor: either as a popup that can be activated from a button on your site, or as an object embedded directly a page. A range of plugins for popular editors are also available, e.g. CK Editor, Tiny MCE.
For both variants of the editor, the layout can be customised to deliver only the dropdown panels you need and in any order you choose. Read more »
Licenses that provide more direct control or for use within a private network are also available. Commercial is available and please check our forum for common questions and answers.
Our clients cover a broad spectrum of the technical world's who's-who:
- Education - students everywhere use the editor within forums and blogs. While major universities use it daily to create training material and online exam papers.
- Online training - many of the world's largest online trainers, use the CodeCogs to deliver content to their users through the web, tablet and mobile platforms.
- Engineering - companies use our equation editor alongside fxRender to enhance their internal wikis and intranets with mathematics. After all, how better to describe engineering that through the use of equations.