Sans Superellipse Ommiw 6 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: ui, app design, signage, headlines, branding, modern, friendly, clean, techy, futuristic, digital clarity, system consistency, modern branding, friendly tech, rounded, geometric, soft corners, square-rounded, modular.
A geometric sans with rounded-rectangle construction and consistently softened corners. Strokes are even and steady, with open apertures and simplified, highly regular forms that emphasize smooth superelliptical curves over traditional humanist modulation. Curves tend to resolve into flat terminals and squared counters, producing a modular rhythm; bowls and arches read as rounded boxes rather than circles. Overall proportions feel compact and orderly, with clear separation between similar shapes and a tidy, engineered silhouette.
Well-suited to interface typography, dashboards, and product experiences where rounded geometry and consistent stroke weight enhance clarity. It also works effectively for contemporary branding and packaging that aims for a modern, tech-forward feel, as well as signage and short headlines where the modular shapes can become a recognizable visual signature.
The font conveys a contemporary, approachable tech tone—clean and efficient, but softened by generous rounding. Its superelliptical shapes suggest UI and product design aesthetics, balancing friendliness with a slightly futuristic, device-like precision.
Likely designed to provide a cohesive, modern sans with superelliptical construction that feels optimized for digital contexts. The intention appears to be strong visual consistency across cases and numerals, with soft corners for friendliness and a modular structure for a contemporary, engineered identity.
Distinctive squared-round construction is especially apparent in circular letters and numerals, which look more like rounded rectangles than true ovals. The punctuation and figures follow the same geometry, giving text a consistent, systematized texture at both display and reading sizes.