Clothing brand A-Poc Able Issey Miyake works with design firm Atelier Oï on the TYPE-XIII Atelier Oï project exhibition. This is a delicate lighting system that is on display at Milan Design Week made using wire and a single piece of off-white tonal cloth. The exhibition aims to bring two lighting collections together: the O series and the A series.
A-Poc Able head designer Yoshiyuki Miyamae told Dezeen, "Just as people arrange flowers in a space to suit the season or welcome guests, this lighting series allows users to carry and arrange the lights freely, adapting them to different moods and environments." Also detailed by flowers is the A series that was made using the brand's APOC technique and has a pendant lamp made from a tube of cloth.
Pleated Lighting Art Exhibtions
A-Poc Able Issey Miyake Creates the TYPE-XIII Atelier Oï Project
Trend Themes
1. Customizable Lighting Design - The emergence of adaptable lighting systems like TYPE-XIII highlights a shift towards personalized living spaces, where consumers can tailor lighting to suit individual moods and environments.
2. Intersection of Fashion and Interior Design - Collaborations between fashion brands and design firms, as seen with A-Poc Able Issey Miyake and Atelier Oï, are fostering innovative cross-industry projects that blend aesthetic principles from both realms.
3. Sustainable Aesthetic Using Single Material Systems - TYPE-XIII showcases the potential of creating visually appealing interior elements using minimal materials, contributing to sustainable design practices.
Industry Implications
1. Interior Lighting - The interior lighting industry is poised for an evolution with designs that incorporate flexible and customizable features, catering to dynamic consumer preferences.
2. Fashion-driven Home Decor - As fashion brands expand into home decor, the intersection offers new opportunities for fashion-forward design elements to enter living spaces.
3. Sustainable Design - Increased focus on sustainability within the design industry encourages innovations that reduce waste through the use of single material systems.