UniFor Naòs System Table

Wed Dec 28, 2022TablesAluminium Studio Cerri & AssociatiWhite

Naòs System TABLE

NAÒS SYSTEM TABLE

Designed by Studio Cerri & Associati

Featuring monolithic structures in anodised aluminium with triangular and rectangular cross sections and either a shiny, natural or painted finish, the Naòs System meeting tables are available in a range of sizes and in rectangular or square versions.

Doors which open out 180°, located in the middle or at the sides, enable easy access to the compartment underneath the table, designed for the storage of the electrics, while the wiring can be directed upwards using special parts or by incorporating an electrified table leg.

An exercise in attention to detail, the modular Naòs System collection offers a range of different solutions for elegant, flexible, comfortable and practical meeting spaces, regardless of their size.

DesignerS

PIERLUIGI CERRI & ALESSANDRO COLOMBO

"I believe that a meaningful project must reveal a high degree of functional complexity that prevails over structural complications."

In 1998, Pierluigi Cerri and Alessandro Colombo launched Studio Cerri & Associati, working in the fields of architecture, industrial design, exhibition design, graphic arts, interior design and naval design.

Their work includes: in Milan, the renovation of Palazzo Marino alla Scala, the headquarters of E. Biscom, the Fondazione Arnaldo Pomodoro and the Triennale Bovisa; the new Halls for the Fiera di Bologna; the restoration of Palazzo Rosso in Genoa; the UniFor locations in Milan, London, Sydney, Melbourne and Toronto; the Domus del Chirurgo museum in Rimini; the Creative Center in Casalgrande; the project for the Triennale sites in Shanghai and New York for the restoration of Villa Reale in Monza.

They have designed numerous museum exhibitions, trade fair exhibitions and boutique shops in Europe, Japan and the United States. Among the various awards won by the firm are the Gold Product Design award at the 2003 Industrie Forum Design in Hannover and the 2006 Ance-In/Arch National Prize.