Sans Superellipse Dymo 7 is a very light, wide, high contrast, upright, normal x-height font.
Keywords: ui design, wayfinding, tech branding, product labeling, dashboards, futuristic, technical, minimal, clean, digital, systematize, modernize, signal tech, maximize clarity, create ui tone, monoline, rounded corners, squared forms, geometric, open apertures.
This typeface uses a geometric, squared construction with rounded corners, giving bowls and counters a rounded-rectangle (superellipse-like) feel. Strokes are predominantly straight and monoline in impression, with crisp terminals and frequent right-angle turns; curves appear as controlled radiused corners rather than continuous arcs. Many forms emphasize open, squared apertures and flattened curves (notably in characters like C, S, and G), producing a consistent, engineered rhythm. Proportions lean horizontally expansive, and the overall texture stays airy thanks to the fine stroke weight and generous internal space.
It suits interface typography, control panels, dashboards, and other screen-forward environments where a clean, engineered aesthetic is desired. It can also work for tech and electronics branding, packaging labels, and modern signage where geometric clarity and a contemporary tone matter more than warmth or traditional book texture.
The design reads as modern and tech-forward, with a calm, analytical tone. Its rounded-square geometry evokes digital interfaces, industrial labeling, and sci‑fi UI aesthetics while remaining restrained and uncluttered.
The letterforms appear designed to translate rounded-rectangle geometry into a readable sans system, prioritizing consistency, modularity, and a contemporary industrial character. The controlled corner radii and open constructions suggest an intention to feel precise and digital without becoming overly decorative.
Distinctive squared-round shaping carries through both uppercase and lowercase, helping mixed-case text maintain a unified voice. Numerals follow the same rounded-rectilinear logic, supporting a cohesive system feel across alphanumerics.