Sans Superellipse Debiv 3 is a light, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, app design, wayfinding, product labels, tech branding, tech, minimal, clean, futuristic, clinical, systematic design, modernization, interface clarity, geometric unity, rounded, squared, monoline, geometric, modular.
A monoline sans with a superelliptical construction: rounds are expressed as rounded rectangles, and curves resolve into softly squared corners. Terminals are consistently rounded, with smooth joins and an even stroke throughout. The proportions are compact with generous internal counter shapes, and the overall rhythm is orderly and modular, with rounded-rect bowls in letters like O, D, P, and Q echoed across the lowercase. Numerals follow the same geometry, with simplified, open shapes and squared-off curves that keep figures calm and readable.
This font is well-suited to UI and product contexts where a clean, contemporary voice is needed, including app interfaces, dashboards, and device screens. It can also work for signage and wayfinding at larger sizes, and for packaging or product labeling where a modern, geometric tone supports clarity.
The tone is contemporary and engineered, suggesting interfaces, devices, and streamlined product systems. Its rounded-square geometry feels friendly enough to avoid harshness, yet remains precise and controlled, giving an overall modern, tech-forward character.
The design appears intended to translate rounded-rectangle geometry into a practical, readable sans that feels modern and systematic. By keeping stroke weight even and curves consistently squared-round, it aims for a cohesive, interface-friendly texture while retaining approachable softness.
Distinctive details include the squared-rounded bowls, a single-storey lowercase a, a compact lowercase g with a simple loop and tail, and a Q that uses a short, integrated tail rather than a dramatic diagonal. Diagonal letters (K, V, W, X) keep the same monoline discipline, helping the design feel cohesive across straight and curved forms.