Coperni Unveils Gravity-Defying Ariel Bag Made with MIT Technology

Coperni has set a new milestone in fashion with the debut of the Ariel Swipe Bag at its SS25 show at Disneyland Paris. The bag is crafted using Rapid Liquid Print technology, developed by an MIT-affiliated laboratory, which revolutionizes traditional manufacturing methods. Unlike conventional 3D printing that builds objects layer by layer, this process shapes recyclable platinum-cured silicone within a water-based gel suspension, allowing for intricate designs that are both stretchable and durable while remaining environmentally conscious.

The technology's defining feature is its ability to create three-dimensional forms freely within a liquid medium, defying gravity's constraints. This gel suspension method enables the silicone to form complex curves and structures without the limitations of layered additive manufacturing, dramatically expanding design possibilities. The Ariel Swipe Bag reinterprets Coperni's iconic silhouette with a futuristic aesthetic that merges cutting-edge technology with sustainable production practices.

This launch continues Coperni's ongoing exploration of the intersection between technology and fashion. The brand previously made headlines with a performance where Bella Hadid's dress was spray-painted directly onto her body, and the Ariel Bag follows this trajectory of pushing boundaries. By combining recyclable materials with advanced manufacturing techniques, Coperni demonstrates that sustainability and innovation can coexist, offering a compelling vision of fashion's future where environmental responsibility meets technological advancement.