Sans Superellipse Bomin 9 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: ui labels, headlines, posters, tech branding, wayfinding, minimal, futuristic, technical, clean, clinical, geometric system, modern ui, sleek display, tech aesthetic, monoline, rounded, geometric, superelliptic, open apertures.
A monoline sans with rounded-rectangle construction and soft superelliptic curves throughout. Strokes are consistently thin and even, with generous rounding on corners and terminals that keeps the geometry smooth rather than sharp. Curves lean toward squarish bowls (notably in O/C/D-like forms), while straights stay rigid and vertical, creating a tidy, modular rhythm. Crossbars and joints are simplified and airy, and diagonal letters (V/W/X/Y) are drawn with light, wireframe-like strokes that emphasize structure over mass.
Best suited to large-size settings where the fine monoline strokes can stay crisp: interface titles and labels, product and technology branding, editorial or exhibition headlines, and minimalist posters. It can also work for signage or wayfinding in controlled conditions where contrast and size are sufficient.
The overall tone is cool and streamlined, reading as contemporary, technical, and slightly sci‑fi. Its delicate line weight and rounded geometry feel precise and designed, suggesting modern interfaces and engineered products rather than expressive or warm editorial use.
The font appears intended to explore a superelliptic, rounded-rectangle skeleton in a disciplined monoline drawing, prioritizing a sleek, contemporary voice and consistent geometric logic. The simplified joins and open, airy construction suggest it was designed for modern display and interface contexts where a distinctive, engineered silhouette matters.
The design relies on a consistent corner radius and squared bowls, giving text a distinctive grid-friendly feel. Because the strokes are extremely thin, the color on the page is light and the forms can feel more architectural than typographic at smaller sizes.