Sans Superellipse Omgem 10 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Bronkoh' by Brink, 'Neuron Angled' by Corradine Fonts, 'Mercurial' by Grype, and 'Fishmonger' by Suitcase Type Foundry (names referenced only for comparison).
Keywords: ui labels, signage, headlines, branding, packaging, modern, technical, clean, friendly, utilitarian, clarity, modernization, softened geometry, systematic design, rounded corners, square curves, geometric, compact, high contrast joins.
A geometric sans with superelliptical construction: round letters are built from squared-off curves and rounded-rectangle counters rather than true circles. Strokes are largely monoline with smooth, consistent corner radii, producing a crisp, engineered feel. Proportions lean compact with sturdy verticals and slightly condensed bowls, while terminals tend to be blunt and softly rounded. The lowercase shows single-storey forms and simplified geometry, and the figures are similarly squared and open, keeping silhouettes strong at display sizes.
This font suits interface and product contexts where clarity and a contemporary, rounded-technical voice are desired—navigation, labels, dashboards, and wayfinding. It also works well for headlines, logos, and packaging that benefit from geometric precision without feeling sharp or austere.
The overall tone is modern and pragmatic, with a subtly friendly softness from the rounded corners. Its squared curves and even stroke rhythm add a technical, UI-adjacent character that reads as orderly and efficient rather than expressive or calligraphic.
The design appears intended to blend geometric discipline with softened corners, creating a versatile sans that feels contemporary and systematic. Its superelliptical forms suggest a focus on recognizable, sturdy silhouettes for modern screen and display applications.
The design emphasizes uniform curvature and clean joins, giving a consistent rhythm across caps, lowercase, and numerals. Letterforms maintain clear internal apertures and stable baselines, supporting legibility in short bursts and interface-style labeling.