Sans Normal Enmay 12 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, packaging, ui labels, minimal, clean, modern, refined, airy, modern clarity, minimal elegance, geometric simplicity, display refinement, monoline, rounded, geometric, open counters, crisp terminals.
A very light, monoline sans with a rounded, geometric construction and smooth curves that read as drawn from circles and soft ellipses. Strokes maintain consistent thickness with clean, unembellished terminals and generous counters, giving the letters a bright, open color on the page. Proportions feel balanced and contemporary: uppercase forms are simple and spacious, while lowercase forms stay straightforward with clear bowls and gentle joins; the overall rhythm is even and uncluttered. Numerals follow the same restrained, open design, with ample interior space and a consistent stroke presence.
Best suited to display settings where its thin strokes and open geometry can stay crisp—such as headlines, brand wordmarks, packaging, editorial titles, and large-scale UI labels. It can also work for short passages of text when set generously, but it will be most effective where a light, minimal presence is desired.
The font conveys a calm, modern neutrality with an airy, refined tone. Its light touch and rounded geometry feel precise and understated, suggesting a polished, contemporary sensibility rather than expressive or playful character.
The design appears intended to provide a contemporary, geometric sans with a distinctly light, elegant footprint. Its focus on smooth circular forms, consistent monoline strokes, and uncluttered details suggests an aim for versatile modern clarity in branding and display typography.
In text, the generous spacing and open shapes help preserve clarity at larger sizes, while the extremely light stroke weight emphasizes elegance over robustness. Round letters (like O, C, G) and curved lowercase forms show particularly smooth continuity, reinforcing the design’s geometric consistency.