Is the braille document translator free?

You can try it free, with no account needed, and signing in gives you a larger daily allowance. Pro and Scholar are there for longer documents and regular use.

Is the output an embosser-ready BRF file? Can a blind reader use it?

No. The output is Unicode braille characters in an ordinary document, which is a way of showing braille on a screen or in print for sighted readers. An embosser needs a BRF or similar file with the line length and page layout set for the paper, and that comes from braille translation software (many tools build on liblouis) or a certified braille transcriber, who also applies the formatting rules for headings, lists and page numbers. Blind readers who use a screen reader with a refreshable braille display read ordinary text directly through the display's own translation, and Unicode braille characters in a document are read out as pattern names or skipped, so for that audience send the plain text, not this output.

Grade 1 or Grade 2? Which braille comes out?

Both exist in Unified English Braille: Grade 1 spells every letter, Grade 2 uses contractions for common words and letter groups. Which one a document comes out in is not fixed on this page, so look at the first line and compare it with a chart; single cells standing for the, and, for or with mean contracted braille. For teaching beginners, uncontracted is what you want; for anything that must follow the contraction rules exactly, use software built for braille, since the rules depend on syllable boundaries and on whether a group stands alone, and a general engine can apply them unevenly.

Can it read a photo of embossed braille dots?

Only partly, and not reliably. Embossed dots are three-dimensional, so the same cell photographs differently under different light, and a phone photo usually catches some dots as highlights, some as shadows and some not at all. Screenshots and photos of braille printed in ink or shown on a screen, and typed Unicode braille inside a file, are read far better. If the embossed document matters, a braille reader or a dedicated recognition app is the right route.

How accurate is it? What is the difference between Fast and Advanced?

Fast is enough for an alphabet worksheet or a short uncontracted clue, where each letter maps to one cell. Advanced runs a frontier model and is the choice for longer documents and for contracted braille, where a contraction depends on the word around it and the standing-alone rule. Neither tier is a certified transcription, and neither makes a photo of embossed paper readable. Spot-check the output against a UEB chart, especially the number sign, the capital sign and punctuation, before you print or teach from it.

Will the braille keep my document's layout?

The translator produces a PDF, Word, PowerPoint, Excel or EPUB file that aims to preserve the original layout, including tables, columns and headers. Braille cells are wider than printed letters and uncontracted braille has more of them, so lines grow and wrap and a heading may need a second line. The characters need a font that includes the Braille Patterns block; most current systems have one, but if you see empty boxes, switch the font. Translated PDFs come back as page images; Word files stay editable.

What file types can I upload?

PDF, DOCX (Word), PPTX (PowerPoint), XLSX (Excel) and EPUB, plus photographed or scanned pages as JPG, PNG or HEIC. Typed Unicode braille inside any of these can be read back into English. Free and Pro accept up to 20MB and 100,000 extracted characters per file; Scholar accepts up to 50MB and 1,000,000 characters.

Braille PDF & Document Translator — Text to Braille Characters, Braille to Text

Convert the text of a Word file, PDF, worksheet, sign mockup or photo into Unicode braille characters, or read typed braille back into English, while keeping your document's layout. The result is on-screen braille for learning, mockups and puzzles, not an embosser-ready BRF file or a certified transcription.

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See “Keep formatting” in action

Real examples of the “Keep formatting” option: original on the left, translated document on the right. Click either page to enlarge.

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A civil complaint filed in Mexico City, Spanish to English. Caption block, numbered pleadings, the evidence table and the signature block all keep their places. — Original — A civil complaint filed in Mexico City, Spanish to English. Caption block, numbered pleadings, the evidence table and the signature block all keep their places.

An Italian birth certificate, photographed rather than scanned. The framed masthead, the field grid, the marginal annotations and the round seal all hold their positions. — Original — An Italian birth certificate, photographed rather than scanned. The framed masthead, the field grid, the marginal annotations and the round seal all hold their positions.

A handwritten archaeological field notebook from 1974. The engine reads the hand and keeps the ruled inventory table intact. — Original — A handwritten archaeological field notebook from 1974. The engine reads the hand and keeps the ruled inventory table intact.

A handwritten archaeological field notebook from 1974. The engine reads the hand and keeps the ruled inventory table intact. — Translation — A handwritten archaeological field notebook from 1974. The engine reads the hand and keeps the ruled inventory table intact.

A German hospital discharge summary. Diagnoses with ICD codes, lab values and the medication table survive the translation unchanged. — Original — A German hospital discharge summary. Diagnoses with ICD codes, lab values and the medication table survive the translation unchanged.

A German hospital discharge summary. Diagnoses with ICD codes, lab values and the medication table survive the translation unchanged. — Translation — A German hospital discharge summary. Diagnoses with ICD codes, lab values and the medication table survive the translation unchanged.

A 1747 parish baptism register in Latin. Ruled columns, godparents and marginal notes stay aligned, so the genealogy still reads as a register. — Original — A 1747 parish baptism register in Latin. Ruled columns, godparents and marginal notes stay aligned, so the genealogy still reads as a register.

A 1747 parish baptism register in Latin. Ruled columns, godparents and marginal notes stay aligned, so the genealogy still reads as a register. — Translation — A 1747 parish baptism register in Latin. Ruled columns, godparents and marginal notes stay aligned, so the genealogy still reads as a register.

A scanned 17th-century Italian index of sermons. Two columns of dense small print, translated in place. — Original — A scanned 17th-century Italian index of sermons. Two columns of dense small print, translated in place.

A scanned 17th-century Italian index of sermons. Two columns of dense small print, translated in place. — Translation — A scanned 17th-century Italian index of sermons. Two columns of dense small print, translated in place.

How Braille documents come out

Upload a Word file, PDF, worksheet, sign mockup or photo and get its text back in braille characters with the layout kept, or upload a file that contains typed braille and read it in English. The output is Unicode braille (⠃⠗⠁⠊⠇⠇⠑), the six-dot cells as on-screen characters: right for learning materials, teaching worksheets, signage mockups and puzzles, and not a substitute for a transcription a blind reader will rely on, which needs a certified braille transcriber or dedicated braille software that produces an embosser-ready file.

Braille is a tactile code rather than a language: each cell has up to six dots in two columns of three, 63 combinations plus the blank cell, and English braille assigns them letters, digits, punctuation and, in contracted braille, whole words and letter groups. Unicode's Braille Patterns block shows those cells as characters on a screen, and that is what this page writes: ⠓⠑⠇⠇⠕ for hello, with a capital sign ⠠ before an uppercase letter and a number sign ⠼ before digits, which reuse the cells of a to j. The standard for English since the 2010s is Unified English Braille (UEB), in two forms. Grade 1, uncontracted, spells everything letter by letter; Grade 2, contracted, uses around 180 contractions (⠮ for the, ⠯ for and, ⠉ standing alone for can) and is what books, signs and most adult readers use. Which grade a document comes out in is not fixed here, so check the first line: if the, and and for appear as single cells, it is contracted. Unicode braille is a display form. An embosser needs a BRF or similar file set up for the paper, and software built for braille (much of it based on liblouis) applies the contraction rules and formatting codes that a general engine does not. Photos of embossed pages are the weakest input: the dots are shadows that shift with the light.

Translate your document and keep its structure

The translator keeps your file’s structure while translating the text in context. The downloaded format depends on the source file.

PDFs and scanned pages: The translated PDF follows the page visually, with translated pages rendered as images. Selectable PDF text and identical fonts are not guaranteed.
Word documents and PowerPoint presentations: Start with DOCX or PPTX when you have it. Native paragraphs, table text and slide text can stay editable in the corresponding file format. Translated text inside pictures remains image content; review text wrapping and font changes in your editor.
Excel workbooks and EPUB books: Use the original XLSX or unprotected EPUB for a translated workbook or ebook. Review formulas, numbers and text cells in a workbook; check chapter order, navigation and text flow in your ebook reader.

What people translate to and from Braille

Learning and teaching materials

Teachers make worksheets with a braille line above or below the print, alphabet cards, and classroom posters; sighted learners studying braille upload their own practice to compare; families of a child learning braille prepare labels and stories. Print and braille side by side is the useful format, and the kept layout does that: a two-column worksheet stays two columns. For beginners, uncontracted (Grade 1) is what the lessons start with, so check which grade came out before printing a class set, and keep a braille alphabet chart at hand for the spot-check. A Word file comes back editable, so the braille line can be moved or enlarged in your own editor.

Signage mockups and design comps

Architects, sign shops and interior designers add a braille line to a room sign, an elevator panel, a restroom sign or a menu board to show a client how the finished piece will read. On-screen cells are a visual placeholder for that rendering, not a production file: the fabricator produces the tactile braille to the applicable standard, which in the United States calls for contracted braille and sets the dot size, spacing and height. Use this page to place the line and estimate its length (braille cells are wider than printed letters, and contracted braille is shorter than uncontracted), then hand the sign maker the print text and let their process set the braille.

Puzzles, escape rooms and worksheets

A clue in braille for an escape room, a treasure hunt, a scout or classroom activity, or a birthday card is a common upload, and it is where on-screen braille is entirely at home, because the solver reads the dots with their eyes and an alphabet key. Keep the message short and uncontracted, since a solver with a chart can decode letters but not contractions, and give them the number sign and capital sign on the key. Decoding runs the other way too: a file with typed Unicode braille reads back into English. A photo of embossed dots is much less reliable than a printed or on-screen chart, so photograph the key, not the paper.

Decoding a braille image or file

A screenshot of braille from a website, a PDF with typed braille cells, a photo of an ink-printed braille chart or a page from a textbook can be read back into English, and typed Unicode braille is the reliable case. Photos of embossed paper are not: each dot is a raised bump whose visibility depends on the angle of the light, the paper is often read from the back, and adjacent cells blur together, so expect gaps and guesses. If you must work from embossed paper, photograph it flat with light raking across from one side, or transcribe the cells by hand into a file; for embossed documents that matter, a person who reads braille or an app built for braille recognition is the right path.

What to watch for in Braille document translation

The traps are the indicators and the contractions. Digits reuse the letter cells a to j after a number sign, so ⠼⠁ is 1 and ⠁ alone is a, and a dropped number sign turns a date into letters. Capitals need the capital sign ⠠ (doubled for a whole word in capitals), and UEB punctuation has its own cells (the period is ⠲), which differ from older charts. Contracted braille follows rules about where a contraction may appear: and inside a longer word is fine, but some contractions are only valid when the group stands alone, and a document that mixes contracted and uncontracted lines is confusing to a learner. The blank cell ⠀ is not a space character, and a font may show the two differently. Numbers, names, web addresses and code-like strings are the parts a translation engine tends to leave in print, so check that they were converted. Other languages use other braille codes, math is a separate code (Nemeth in the United States, or UEB math), and music braille is another system again, none of which this page produces. And a braille cell on a screen carries no tactile information: line length, page numbering and the layout an embosser needs (roughly 40 cells to a line on standard paper) are set in braille software, not here.

Braille document translation FAQ

Is the braille document translator free?: You can try it free, with no account needed, and signing in gives you a larger daily allowance. Pro and Scholar are there for longer documents and regular use.
Is the output an embosser-ready BRF file? Can a blind reader use it?: No. The output is Unicode braille characters in an ordinary document, which is a way of showing braille on a screen or in print for sighted readers. An embosser needs a BRF or similar file with the line length and page layout set for the paper, and that comes from braille translation software (many tools build on liblouis) or a certified braille transcriber, who also applies the formatting rules for headings, lists and page numbers. Blind readers who use a screen reader with a refreshable braille display read ordinary text directly through the display's own translation, and Unicode braille characters in a document are read out as pattern names or skipped, so for that audience send the plain text, not this output.
Grade 1 or Grade 2? Which braille comes out?: Both exist in Unified English Braille: Grade 1 spells every letter, Grade 2 uses contractions for common words and letter groups. Which one a document comes out in is not fixed on this page, so look at the first line and compare it with a chart; single cells standing for the, and, for or with mean contracted braille. For teaching beginners, uncontracted is what you want; for anything that must follow the contraction rules exactly, use software built for braille, since the rules depend on syllable boundaries and on whether a group stands alone, and a general engine can apply them unevenly.
Can it read a photo of embossed braille dots?: Only partly, and not reliably. Embossed dots are three-dimensional, so the same cell photographs differently under different light, and a phone photo usually catches some dots as highlights, some as shadows and some not at all. Screenshots and photos of braille printed in ink or shown on a screen, and typed Unicode braille inside a file, are read far better. If the embossed document matters, a braille reader or a dedicated recognition app is the right route.
How accurate is it? What is the difference between Fast and Advanced?: Fast is enough for an alphabet worksheet or a short uncontracted clue, where each letter maps to one cell. Advanced runs a frontier model and is the choice for longer documents and for contracted braille, where a contraction depends on the word around it and the standing-alone rule. Neither tier is a certified transcription, and neither makes a photo of embossed paper readable. Spot-check the output against a UEB chart, especially the number sign, the capital sign and punctuation, before you print or teach from it.
Will the braille keep my document's layout?: The translator produces a PDF, Word, PowerPoint, Excel or EPUB file that aims to preserve the original layout, including tables, columns and headers. Braille cells are wider than printed letters and uncontracted braille has more of them, so lines grow and wrap and a heading may need a second line. The characters need a font that includes the Braille Patterns block; most current systems have one, but if you see empty boxes, switch the font. Translated PDFs come back as page images; Word files stay editable.
What file types can I upload?: PDF, DOCX (Word), PPTX (PowerPoint), XLSX (Excel) and EPUB, plus photographed or scanned pages as JPG, PNG or HEIC. Typed Unicode braille inside any of these can be read back into English. Free and Pro accept up to 20MB and 100,000 extracted characters per file; Scholar accepts up to 50MB and 1,000,000 characters.

See “Keep formatting” in action

Real examples of the “Keep formatting” option: original on the left, translated document on the right. Click either page to enlarge.

1 / 6

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