Sans Superellipse Agmis 1 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Bunday Clean' and 'Bunday Sans' by Buntype, 'Neuron Angled' by Corradine Fonts, and 'Plau' by Plau (names referenced only for comparison).
Keywords: ui design, app interfaces, wayfinding, dashboards, brand systems, modern, friendly, clean, utilitarian, tech, clarity, modernization, softening, systematic design, neutral branding, rounded, superelliptic, monoline, soft corners, open apertures.
A rounded, monoline sans with superelliptic geometry throughout, where curves feel like softened rectangles rather than circles. Strokes are even and consistent, terminals are gently rounded, and joins stay crisp without calligraphic modulation. Proportions are straightforward with a steady rhythm and generous internal space in counters; the lowercase reads compact and tidy, while caps keep a stable, slightly mechanical stance. Figures match the same softened-rectangular logic, with clear, uncluttered shapes suited to continuous reading.
This style works well for user interfaces, product typography, and information design where a clean voice and strong legibility are needed. The softened geometry also suits contemporary branding, packaging, and headings where a modern yet approachable tone is preferred.
The overall tone is contemporary and approachable, pairing a practical, signage-like clarity with a mild softness from the rounded corners. It feels technical without being cold, and friendly without turning playful, making it easy to place in modern interfaces and brand systems.
The design appears intended to deliver a modern, highly legible sans built on consistent superelliptic forms, balancing a technical structure with softened corners for a more welcoming presence.
Across the set, curves and straight segments transition smoothly, giving letters a consistent “rounded-rectangle” silhouette. The sample text shows good word-shape stability at display sizes, with open forms and restrained detailing that avoids visual noise.