Sans Normal Anbuz 15 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'FF Mark' and 'FF Mark Paneuropean' by FontFont, 'Intelo' and 'Macklin' by Monotype, 'Ida' by ParaType, and 'Barnet Sans' by The Northern Block (names referenced only for comparison).
Keywords: ui text, branding, signage, editorial, presentation, modern, neutral, clean, friendly, clarity, versatility, contemporary tone, system coherence, monoline, geometric, open apertures, rounded terminals, even rhythm.
This typeface presents a clean, monoline sans with broadly geometric construction and smooth, rounded curves. Strokes stay even throughout, with crisp joins and largely straight-sided verticals paired with circular bowls. Proportions are balanced and readable, with open counters and clear apertures that keep forms from closing up in text. The overall rhythm is steady and consistent, giving both uppercase and lowercase a tidy, contemporary presence.
It works well for UI and product copy where consistent texture and high legibility are important, and it scales comfortably into headings for a crisp, contemporary look. The straightforward shapes also suit branding systems, signage, presentations, and editorial layouts that need a neutral sans that won’t distract from content.
The tone is modern and approachable, with a calm neutrality that feels straightforward rather than stylized. Its rounded geometry and even color create a friendly, dependable voice suited to everyday communication and interface-like clarity.
The design appears intended as a versatile, general-purpose sans that prioritizes clarity and visual consistency. Its geometric underpinnings and restrained detailing suggest a focus on broad usability across digital and print contexts while maintaining a modern, approachable character.
The capitals lean toward wide, circular forms (notably in C/G/O/Q), while the lowercase maintains simple, uncluttered silhouettes with compact details and a clean dot treatment. Numerals follow the same smooth, geometric logic, producing a cohesive set for mixed alphanumeric use.