The ISSEY MIYAKE EYES Uroko eyewear is a new frame design introduced within the IM MEN Spring Summer 2026 collection titled DANCING TEXTURE. The design references the ceramic works of Japanese artist Shoji Kamoda, particularly his use of scale-like surface patterns. The eyewear was developed in collaboration with Kaneko Optical and produced in Japan, combining contemporary manufacturing processes with established eyewear craftsmanship.
The frame is constructed from lightweight titanium and features a sculptural structure composed of eight individually shaped lenses arranged in a layered configuration. This construction creates depth and surface variation across the front of the eyewear. A brushed finish is applied to emphasize the frame’s angular contours and textured appearance. The model is offered in both optical and sunglass versions. Uroko eyewear is scheduled for release on February 27, 2026.
Image Credit: ISSEY MIYAKE EYES
Why This Trend Is Growing
- Textured Frame Aesthetics
- Designs emphasizing scaled and brushed surface treatments create opportunities for distinctive product differentiation through tactile and visual complexity.
- Layered Lens Architecture
- Multi-element, stacked lens constructions open avenues for reimagining optical profiles that alter depth perception and modular customization potential.
- Craft and Contemporary Manufacturing
- Collaborations that merge traditional artisanal techniques with modern titanium fabrication suggest new value propositions based on provenance and high-precision production.
Industries Being Reshaped
- Eyewear and Accessories
- Premium frames with sculptural surfaces could disrupt accessory markets by shifting consumer preference toward statement pieces that combine function with collectible design.
- Luxury Fashion
- Runway-driven textured eyewear provides opportunities to expand luxury assortments with niche capsule pieces that reinforce brand storytelling and exclusivity.
- Optical Manufacturing
- Advanced layering techniques and lightweight titanium fabrication indicate possibilities for new manufacturing processes and tooling that support complex, precision-built frames.
