Print Ihmik 2 is a regular weight, normal width, medium contrast, italic, normal x-height font.
Keywords: branding, packaging, posters, quotes, greeting cards, friendly, casual, lively, handmade, retro, handwritten feel, casual display, human warmth, expressive motion, brushy, slanted, rounded, fluid, bouncy.
A slanted, brush-influenced handwritten print with unconnected letterforms and smooth, continuous curves. Strokes show moderate thick–thin modulation and rounded terminals, giving the shapes a soft, inked feel rather than sharp calligraphic edges. Proportions are slightly irregular with a lively rhythm, and several capitals lean toward simplified, looped constructions that keep the texture open and readable. Numerals and lowercase share the same flowing, slightly bouncy baseline behavior, reinforcing an informal, drawn-by-hand consistency.
This font suits short to medium-length text where a personable, crafted tone is desired—such as branding accents, packaging, café or boutique signage, posters, invitations, and quote graphics. It can also work for subheads or pull quotes when you want a friendly, informal emphasis without fully connected script.
The overall tone is warm and approachable, with an energetic, personal voice that feels conversational rather than formal. Its italic slant and brushy modulation add a touch of retro charm and motion, making text feel animated and friendly.
The design appears intended to mimic quick, confident brush lettering in a printed (unconnected) form, balancing expressiveness with everyday legibility. Its moderate contrast, rounded joins, and consistent slant suggest a focus on creating a lively handwritten flavor that remains clear in display and headline settings.
The character set in the sample shows clear differentiation between similar shapes (for example, the open, rounded bowls and the distinct numeral forms), while the varying letter widths create a natural handwritten cadence. The style stays cohesive across uppercase, lowercase, and figures, maintaining a consistent angle and terminal softness.