Pierattelli Architetture presents Cocktail Cabinet, the drinks cabinet created in partnership with Officine Gullo. Furniture that redefines the concept of hospitality, combining aesthetics and functional traits for a user-friendly experience. Cocktail Cabinet is designed to foster sociability and interaction, expressing expert craftsmanship with innovative design solutions.
The Cocktail Cabinet converges the best of traditional craftsmanship and practical design solutions. The outcome of thorough research into materials and their interaction with space, it combines the warm grain of Canaletto walnut with the sophistication of Carrara marble, while the scratched nickel finish adds a touch of contrast.
The design includes a highly functional internal structure conceived to ensure a user-friendly experience. The central body is neatly organized, including a pull-out shelf lined with faux leather for storing glasses and two upper drawers, precisely one for cocktail-making utensils and the other concealing a pull-out ice basin made entirely of steel. A detail that reflects the studio’s focus on the perfect balance of aesthetics and practical features.
The backlit mirror placed on the back panel conveys depth and brightness, enhancing the bottles on display and creating an intimate atmosphere. Even the lid of the ice compartment, made of marble and fitted with a nickel knob, reflects the attention to detail. Its underside is lined in faux leather to protect the surface from scratches during use. Typical Officine Gullo elements, the brand’s coat of arms and the hopscotch, have been added to the drinks cabinet to recall the brand’s most famous kitchens.
With Cocktail Cabinet Pierattelli Architetture and Officine Gullo interpret the art of hospitality through design, fine materials and innovative solutions, redefining the experience of conviviality. Every detail is designed to transform the ritual of having a drink into an intimate and refined moment, where luxury is expressed in the balance between traditional craftsmanship and design research.
