Print Banim 3 is a very light, very narrow, low contrast, upright, short x-height font.
Keywords: packaging, greeting cards, quotes, social graphics, labels, airy, delicate, friendly, whimsical, casual, human touch, casual clarity, light charm, simple personality, monoline, tall, spare, loopy, bouncy.
A tall, monoline handwritten print with a light pen-like stroke and a narrow, vertically stretched silhouette. Forms are simplified and open, with generous counters and soft curves; terminals are clean and mostly unadorned, occasionally finishing with subtle hooks. Spacing is loose and the rhythm is slightly irregular in a natural, drawn way, with small variations in width and stroke behavior that keep the texture lively rather than mechanical. Lowercase includes a single-storey a and g and a compact x-height relative to long ascenders and descenders; numerals follow the same slender, rounded construction.
Best suited to short to medium text where a light, handwritten presence is desired—packaging callouts, greeting cards, invitations, quotes, and social media graphics. It also works well for labels and headings in lifestyle or craft contexts, especially when set with ample size and breathing room to preserve the fine strokes.
The overall tone feels gentle and informal, with a breezy, whimsical friendliness. Its thin strokes and tall proportions read as lighthearted and personal, like neat handwriting on a note or label rather than a formal text face.
The design appears intended to capture a tidy, hand-drawn printed look with a slim, elongated profile—aiming for approachable personality while staying readable and uncluttered. Its restrained stroke and simplified construction suggest a font built to add a subtle human touch without overwhelming surrounding design elements.
Curved letters (C, G, O, Q) show smooth, rounded bowls, while diagonals (V, W, X, Y) stay crisp but remain thin and understated. The Q has a noticeable tail flourish, and the lowercase set leans on simple, legible shapes that prioritize clarity over precision uniformity.