What is Braille Translator?

Braille Translator turns typed text into Unicode Braille cells and reads Braille back into text. Pick Grade 1, which spells out every letter, or Grade 2, which uses the contractions most printed Braille relies on.

Cells come from the Unicode block U+2800 to U+283F, and the capital and number indicators go in for you. Grade 1 maps each Latin letter, digit and common punctuation mark to one six-dot cell; Grade 2 adds the UEB word signs, group signs and short forms, and expands them again in the other direction, so contracted Braille survives a round trip. The output has three views: the cells themselves at four text sizes, a dot grid showing which of the six positions are raised, and dot numbers like 1-2-5 for anyone learning the patterns by heart. Load a .txt or .brf file by picking it or dropping it on the input, then copy the result, save it as .txt or as .brf for an embosser, or print it in large cells for a lesson.

How to use

1. Type or paste text into the input, or drop a text file on it, then choose Grade 1 or Grade 2 depending on how contracted you want the Braille.
2. Read the result as Braille cells, as a six-dot grid, or as dot numbers, and use the size stepper to make the cells bigger.
3. Copy the output, download it as .txt or as .brf for an embosser, or print it. Swap the direction to paste Braille in and decode it back to text.

When to use

• Drafting a Braille label or sign mockup for a print-and-emboss workflow
• Learning the alphabet — paste a word, look at the chart, then test yourself by typing it back
• Adding a Braille line beside printed text in an accessibility guide or classroom handout

Result

You want to include a Braille version of 'Hello World' in a document. Type it into the translator and get: ⠓⠑⠇⠇⠕ ⠺⠕⠗⠇⠙ — ready to paste anywhere.

FAQ

Is this Grade 1 or Grade 2 Braille?

Both. Grade 1 is the default and spells out every letter without contractions. Switch to Grade 2 to get contracted Braille, which packs common words and letter groups into shorthand cells the way most printed Braille does.

Can these Braille characters actually be printed on an embosser?

Most embossers accept Unicode Braille directly, others expect BRF or BRL files. Copy the output into your embosser's software and check that it interprets U+2800 through U+283F before sending a long document.

Why are the number cells the same as the first ten letters?

Braille uses an explicit number sign (the cell at U+283C) before digits, then re-uses the cells for A through J to mean 1 through 0. The translator inserts that number sign whenever a digit follows non-digit text.

Does the translator handle accented letters or non-Latin scripts?

Not in this tool. Mapping accented or non-Latin characters requires language-specific Braille codes (Spanish, French, Arabic, Japanese kantenji each define their own cells), so we limit input to A–Z, 0–9, and basic punctuation.

What does the Play button do — is it reading the Braille dots?

It reads the source text out loud using your device's built-in speech voices, helpful if you're checking whether your typed input matches the cell pattern you expected. The dots themselves are silent.

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