Being a geometric sanserif ocr-t comes in eleven weights from ultrawhite to infrablack (brightwhite, white, silver, lightgrey, grey, darkgrey, anthracite, black, jetblack). With more than 600 glyphs it covers all your typographic needs and manages to stay at the same place no matter which width you’re using. Its readability and legibility is more than fine although it needs no kerning. The infrablack is really black, in order to achieve this, the form of letters change from darkgrey to anthracite from upright to some kind of upright italic. This also gives opportunity to mix two weights with same colour but different architecture. Find also stylistic sets, alternate letters, lots of bullets, different arrows, hands and well: kind of hearts.

The goal of this font design was to create forms which could be used and reproduced electronically and remain legible. Technicians from the European Computer Manufacturers’ Association and Adrian Frutiger combined strict mathematical criteria with typographic tradition to solve both technical and aesthetic problems. OCR was the resulting font and was made a world standard in 1973. The font has an objective, technical character and was created specifically for multimedia, although its distinctive appearance has also made it a popular typographical trend.

A set of capitals adequate for machine reading only; this barely legible pioneer sees declining use.

OCR A and OCR B are standardized, monospaced fonts designed for Optical Character Recognition" on electronic devices. OCR A was developed to meet the standards set by the American National Standards Institute in 1966 for the processing of documents by banks, credit card companies and similar businesses. This font was intended to be "read" by scanning devices, and not necessarily by humans. However, because of its "techno" look, it has been re-discovered for advertising and display graphics. OCR B was designed in 1968 by Adrian Frutiger to meet the standards of the European Computer Manufacturer's Association. It was intended for use on products that were to be scanned by electronic devices as well as read by humans. OCR B was made a world standard in 1973, and is more legible to human eyes than most other OCR fonts. Though less appealingly geeky than OCR A, the OCR B version also has a distinctive technical appearance that makes it a hit with graphic designers.

Designed at ParaType in 1997 by Tagir Safayev. Based on OCR-A typeface (1968) of American Type Founders. A simple sans serif typeface designed to meet the requirements of the US Bureau of Standards for optical character recognition.

Regulaire is my laid back comic font, inspired by graffiti and my everyday regular handwriting. Works quite nice for kids products, comics, party posters - or anything that needs a casual comic look!

A funky, lively display font originally designed for a tourism publication.

Acre is a geometric sans-serif type family of eight weights that's both inspired by and named after my great grandfather, Tex Acre. Tex was an artist and sign maker whose handcrafted signs illuminated the roadsides of the American Midwest and typified mid-century Americana. Acre is a tribute to him, his work, and many of my favorite early 20th century geometric typefaces. With eight weights ranging from Thin to Black, Acre is an extremely versatile family that can be used for display, text, or anything in between. Acre offers full European language support plus many OpenType features such as tabular and oldstyle figures.

OCR-A AI Text is the version for normal use when the text will be read by humans. OCR-A AI is the version to use for machine reading.

German type designer Steffen Sauerteig created this slab FontFont in 1999. The font is ideally suited for logo, branding and creative industries and software and gaming. FF Typestar OCR provides advanced typographical support with features such as ligatures, alternate characters, case-sensitive forms, super- and subscript characters, and stylistic alternates. It comes with tabular lining figures. This FontFont is a member of the FF Typestar super family, which also includes FF Typestar.

Since the release of these fonts most typefaces in the Scangraphic Type Collection appear in two versions. One is designed specifically for headline typesetting (SH: Scangraphic Headline Types) and one specifically for text typesetting (SB Scangraphic Bodytypes). The most obvious differentiation can be found in the spacing. That of the Bodytypes is adjusted for readability. That of the Headline Types is decidedly more narrow in order to do justice to the requirements of headline typesetting. The kerning tables, as well, have been individualized for each of these type varieties. In addition to the adjustment of spacing, there are also adjustments in the design. For the Bodytypes, fine spaces were created which prevented the smear effect on acute angles in small typesizes. For a number of Bodytypes, hairlines and serifs were thickened or the whole typeface was adjusted to meet the optical requirements for setting type in small sizes. For the German lower-case diacritical marks, all Headline Types complements contain alternative integrated accents which allow the compact setting of lower-case headlines. Please note that Interleave SB and Interleave OCR SB are versions which are for decorative purposes only.

Adrian Frutiger’s distinguished and successful 1966 design for the European Computer Manufacturers’ Association improving readability of letters for both machines and humans. OCR-B is replacing OCR-A.

Since the release of these fonts most typefaces in the Scangraphic Type Collection appear in two versions. One is designed specifically for headline typesetting (SH: Scangraphic Headline Types) and one specifically for text typesetting (SB Scangraphic Bodytypes). The most obvious differentiation can be found in the spacing. That of the Bodytypes is adjusted for readability. That of the Headline Types is decidedly more narrow in order to do justice to the requirements of headline typesetting. The kerning tables, as well, have been individualized for each of these type varieties. In addition to the adjustment of spacing, there are also adjustments in the design. For the Bodytypes, fine spaces were created which prevented the smear effect on acute angles in small typesizes. For a number of Bodytypes, hairlines and serifs were thickened or the whole typeface was adjusted to meet the optical requirements for setting type in small sizes. For the German lower-case diacritical marks, all Headline Types complements contain alternative integrated accents which allow the compact setting of lower-case headlines.

Since the release of these fonts most typefaces in the Scangraphic Type Collection appear in two versions. One is designed specifically for headline typesetting (SH: Scangraphic Headline Types) and one specifically for text typesetting (SB Scangraphic Bodytypes). The most obvious differentiation can be found in the spacing. That of the Bodytypes is adjusted for readability. That of the Headline Types is decidedly more narrow in order to do justice to the requirements of headline typesetting. The kerning tables, as well, have been individualized for each of these type varieties. In addition to the adjustment of spacing, there are also adjustments in the design. For the Bodytypes, fine spaces were created which prevented the smear effect on acute angles in small typesizes. For a number of Bodytypes, hairlines and serifs were thickened or the whole typeface was adjusted to meet the optical requirements for setting type in small sizes. For the German lower-case diacritical marks, all Headline Types complements contain alternative integrated accents which allow the compact setting of lower-case headlines.

OCR-A was originally designed in 1968 as a machine-readable alphabet. Its functionality was its most important element, instead of its design. Over the following decades, the typeface has become popular in the design world nevertheless. But typographically pleasing results are often hard to come by, due to the original design’s “non-design design”, as well as its undeveloped character set. In 2006, Miriam Röttgers revised and extended OCR-A, creating OCR A Tribute. OCR A Tribute is a typeface family comprising of two versions: one in which the glyphs have been proportionally-spaced, and another that is monospaced. In the monospaced version, all glyphs have the same width, like the letters in the original OCR-A font do. Both versions of OCR A Tribute contain complete character sets and expert glyphs, as well as lining and old style figures. Now you can rest easy, and finally use this classic design for display purposes and headlines!

OCR A and OCR B are standardized, monospaced fonts designed for Optical Character Recognition" on electronic devices. OCR A was developed to meet the standards set by the American National Standards Institute in 1966 for the processing of documents by banks, credit card companies and similar businesses. This font was intended to be "read" by scanning devices, and not necessarily by humans. However, because of its "techno" look, it has been re-discovered for advertising and display graphics. OCR B was designed in 1968 by Adrian Frutiger to meet the standards of the European Computer Manufacturer's Association. It was intended for use on products that were to be scanned by electronic devices as well as read by humans. OCR B was made a world standard in 1973, and is more legible to human eyes than most other OCR fonts. Though less appealingly geeky than OCR A, the OCR B version also has a distinctive technical appearance that makes it a hit with graphic designers.

German type designer Albert-Jan Pool created this sans FontFont in 1995. The family contains 3 weights: Light, Regular, and Bold and is ideally suited for film and tv, small text as well as software and gaming. FF OCR-F provides advanced typographical support with features such as ligatures, alternate characters, case-sensitive forms, fractions, super- and subscript characters, and stylistic alternates. It comes with a complete range of figure set options – oldstyle and lining figures, each in tabular and proportional widths. As well as Latin-based languages, the typeface family also supports the Cyrillic writing system.