Sans Superellipse Albih 9 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: ui labels, signage, packaging, headlines, posters, modern, technical, clean, retro-futurist, industrial, space-saving, systematic, geometric branding, interface clarity, industrial utility, condensed, rounded, rectilinear, geometric, minimal.
A condensed monoline sans with squared proportions softened by rounded corners and superelliptical curves. Strokes stay even throughout, with mostly closed, rounded-rectangle counters and straight-sided verticals that give letters a tall, efficient footprint. Terminals are clean and blunt, joins are controlled and slightly angular in diagonals, and round letters like O/Q read as narrow rounded rectangles. The overall rhythm is consistent and orderly, with clear internal spacing that keeps forms legible despite the tight width.
This design works well for interface text, control panels, wayfinding, and compact labeling where a narrow width and steady stroke help fit more characters per line. It also suits short headlines, packaging, and poster typography when a clean, technical aesthetic is desired and the geometric round-rectangle look can become part of the visual identity.
The font conveys a sleek, engineered tone—clean and contemporary with a subtle retro-futurist edge. Its rounded-rect geometry feels utilitarian and system-like, suggesting interfaces, instruments, and industrial labeling rather than expressive or calligraphic typography.
The likely intention is a space-efficient, highly consistent geometric sans built from rounded-rect forms, balancing a strict industrial structure with softened corners for friendliness. It appears aimed at clear display and labeling contexts where uniform stroke and disciplined geometry create a recognizable, system-oriented voice.
Distinctive superelliptical shaping shows up across both cases, keeping curves disciplined and rectilinear rather than fully circular. The lowercase is simple and linear, and figures follow the same tall, rounded-rectangle logic, creating a cohesive alphanumeric set suited to compact settings.