Casa Cork represents an ambitious collaboration between Rockwell Group, the Cork Collective, and Corticeira Amorim. The installation presents an immersive exploration of cork’s versatility and potential as a sustainable design material during Milan Design Week.
Casa Cork transforms a traditional exhibition space into a living laboratory, where nearly every element — from furniture and lighting to wall treatments and decorative objects — is crafted from cork. The centerpiece of the installation is a 3D-printed replica of a cork oak tree created by Factum Arte. This element serves as both a symbolic and educational anchor, as it emphasizes the material’s renewable origins and carbon-sequestering properties.
Complementing the physical displays at Casa Cork are contributions from renowned designers like Tom Dixon, the Campana Brothers, and Noé Duchaufour-Lawrance, alongside emerging talents.
Image Credit: Ed Reeve for Rockwell Group
Key Themes Behind This Trend
- Sustainable Design Materials
- The use of cork in design highlights its potential as an eco-friendly alternative, offering opportunities for brands to capitalize on sustainable material innovations.
- 3d-printed Fabrications
- The integration of a 3D-printed cork oak tree underscores the growing importance of 3D printing technology in creating intricate and sustainable design elements.
- Immersive Installation Spaces
- Transforming exhibition spaces into interactive, multisensory environments allows for deeper consumer engagement and educational experiences centered around innovative materials.
Where This Applies
- Interior Design
- As cork emerges as a versatile design material, the interior design industry is poised to explore new aesthetic and functional possibilities that emphasize sustainability.
- Sustainable Furniture
- The furniture industry can leverage cork’s eco-friendly properties to meet growing consumer demand for sustainable and unique pieces.
- Additive Manufacturing
- 3D printing within the design sector provides transformative opportunities for creating complex structures and promoting material efficiency.
