Pressed Flora Pleated Dress
- Signature ISSEY MIYAKE micro-pleating technology
- Cap sleeves with structured shoulders
- Pressed botanical flower print throughout
- Knee-length silhouette
- Wrinkle-resistant pleated construction
- Easy care, machine washable
- Relaxed fit through body
The ISSEY MIYAKE Pressed Flora Pleated Dress delivers architectural innovation with signature micro-pleating technology and botanical artistry. Crafted from the brand's revolutionary pleated fabric in cream with vibrant pressed flower motifs in pink, purple and green tones. The signature pleats create fluid movement while maintaining structure, embodying ISSEY MIYAKE's fusion of art, technology and wearable design.
- Signature ISSEY MIYAKE micro-pleating technology
- Cap sleeves with structured shoulders
- Pressed botanical flower print throughout
- Knee-length silhouette
- Wrinkle-resistant pleated construction
- Easy care, machine washable
- Relaxed fit through body
The ISSEY MIYAKE Pressed Flora Pleated Dress delivers architectural innovation with signature micro-pleating technology and botanical artistry. Crafted from the brand's revolutionary pleated fabric in cream with vibrant pressed flower motifs in pink, purple and green tones. The signature pleats create fluid movement while maintaining structure, embodying ISSEY MIYAKE's fusion of art, technology and wearable design.
Description
- Signature ISSEY MIYAKE micro-pleating technology
- Cap sleeves with structured shoulders
- Pressed botanical flower print throughout
- Knee-length silhouette
- Wrinkle-resistant pleated construction
- Easy care, machine washable
- Relaxed fit through body
The ISSEY MIYAKE Pressed Flora Pleated Dress delivers architectural innovation with signature micro-pleating technology and botanical artistry. Crafted from the brand's revolutionary pleated fabric in cream with vibrant pressed flower motifs in pink, purple and green tones. The signature pleats create fluid movement while maintaining structure, embodying ISSEY MIYAKE's fusion of art, technology and wearable design.
