Gatsby SF portrays the formal elegance of Art Deco, using the rounded shapes typical of the Art Deco movement. The upper case characters are decorated with a classical Art Deco motif, while lower case characters have been left unadorned for increased readability. Gatsby SF functions well as a display font and creates attention-attracting headers and subheaders. Fully professional, Gatsby SF contains a full character set - Upper and Lower case, all numerals, punctuation, symbols and accented characters. It is suitable for layout work in all major European languages.

Quebra is an extend display sans-serif font family with four widths (Extra Condensed, Condensed, Normal and Expanded) and ten weights, italics versions are available. The main strokes contain small breaks simulating modulated variations on the letterforms, these details are more present on large body sizes. All font versions contain Latin and Cyrillic encoding characters and also ligatures, case-sensitive forms, fractions, oldstyle and finally tabular figures.

Commuters Sans is a daily type. Classic but Modern. Very simple geometry and wide type with warm clearness. Useful for both body-text and titling by their minimal glyph shapes and slightly wide and eye-catching proportion. Consists of eight weights and their matching italics. Supporting almost all latin languages. All-caps text for one line or a few is as wonderful as normal mixed-case typesetting.

Gaude is a sans-serif typeface. Crafted with care, maximizing neatness in shape. With thickness balancing with negative space. Making it fitting when strung together into words, or sentences. Added with alternative glyphs, to make it more alive. Gaude comes with 3 widths, namely: normal, wide, and expanded. And also a soft version, making it 6 styles. Gaude is perfect for branding, titling, headline, and more.

This is an American face designed by Lucian Bernhard for ATF in 1929. An extra light face with tall ascenders and stylized bars that extend off to the left. The lower-case sits on the baseline and the much-taller-than-normal capitals have an imaginary baseline that sits about two-thirds of the distance from the real baseline to the bottom of the EM.