Print Lynet 7 is a light, narrow, low contrast, upright, short x-height font.
Keywords: children’s design, invitations, packaging, posters, social graphics, friendly, playful, casual, approachable, whimsical, handwritten feel, friendly tone, casual readability, playful warmth, monoline, rounded, bouncy, loopy, hand-drawn.
A monoline hand-drawn print style with rounded terminals and softly irregular stroke flow. The letterforms are mostly upright with a gently bouncy baseline and variable character widths, giving the texture of quick marker or pen writing. Curves are open and generous (notably in C, O, S), while verticals stay simple and slightly tapered by drawing pressure rather than true contrast. Lowercase forms are compact with a relatively small x-height feel, and several glyphs use single-storey constructions (a, g) with loose, looped joins; dots on i/j are round and clearly separated.
This font works well for short to medium-length copy where a friendly, handcrafted voice is desired—children’s materials, casual branding, packaging callouts, invitations, and headline or caption use in social and web graphics. It is especially effective when set with generous spacing to let the natural rhythm and rounded shapes breathe.
The overall tone is warm, informal, and lightly whimsical—more like neat personal handwriting than a formal script. Its unevenness reads as human and conversational, making text feel approachable and relaxed rather than precise or corporate.
The design appears intended to mimic clean, informal printed handwriting with enough consistency for setting text while preserving natural imperfections. Its rounded structure and relaxed rhythm suggest an emphasis on approachability and playful personality over typographic rigidity.
Capitals are tall and airy, mixing simple geometric skeletons with occasional playful strokes (such as the curved leg on R and the looped gesture in G). Numerals are similarly rounded and hand-drawn, with open counters and friendly proportions that prioritize charm over strict uniformity.