Magic Eyes Innocent Amane's Secret Dual Structure

Dual-structure design is a promise: two completely different feelings in one canal, no compromise between them. Magic Eyes keeps that promise in Innocent Amane's Secret by building a genuinely firm entrance zone from a different compound than the gooey-soft interior depth — these are not just labeled zones of the same material, but physically distinct layers that transition mid-stroke. The karory illustration on the packaging calls her "innocent," and the firm, slightly resistant entry captures that exact character: a little push-back, a little hesitation, before the inner softness gives way completely. At 14.5 x 12 x 6.5 cm and approx 0.6 kg, the body is wide enough to squeeze effectively from outside, which lets you tighten the inner soft zone on demand. The Ecstatic version of this product reverses the structure — entry is soft, depth is firm — making the two complementary experiences within the same collaboration series.

Specifications: 14.5 x 12 x 6.5 cm | Approx 0.6 kg | Dual-structure canal (firm entry, gooey-soft depth) | Official karory x Amane collab | Magic Eyes

Q&A

Q: How does dual-structure material work?
A: Two different TPE compounds are molded together — a firmer outer/entry layer and a softer inner/depth layer — bonded at the transition point. Each zone has a genuinely different durometer (hardness), not just different surface textures.

Q: Is this the Innocent or Ecstatic version — what is the difference?
A: The Innocent version (this product) has a firm entry and soft interior. The Ecstatic version has soft entry and a firm cervix-zone depth. Both feature the same karory art for the Amane character.

Q: Is 0.6 kg a good weight for this size?
A: Yes — the wider form factor (12 cm) distributes the weight well across both hands, making it comfortable to hold during use without being fatiguing.

Q: Can I clean the dual-structure material the same way as single-material products?
A: Yes — warm water and toy-safe cleaner work the same way. The dual layers are bonded internally; there is no seam at the surface that would trap residue differently from a standard hole.