Nesting Tables in Oak and Chrome by M. Breuer for Thonet, Czech, 1920s, Set of 4

Details

Description

This set of four nesting tables is a masterpiece of modernist furniture and an icon of the Bauhaus school from … Read more This set of four nesting tables is a masterpiece of modernist furniture and an icon of the Bauhaus school from the early 20th century. The visionary Marcel Breuer, one of the first to experiment with tubular steel, created this brilliant design. The tables were manufactured by the world famous Thonet company in Czechoslovakia. Their construction is designed so that the tables fit perfectly into each other, making them not only an aesthetic gem but also an extremely practical and space saving interior element.

The entire set has undergone a meticulous restoration process. The tubular chrome plated steel was professionally cleaned to a high luster, highlighting the clean, geometric lines. The oak veneered surfaces feature a refreshed original wood polish, which emphasizes the natural texture of the wood and creates a warm contrast to the cold chrome. This set represents a rare opportunity to own one of the most significant design works of the 20th century in top condition.

It has been re-polished with polyutherane piano lacquer by our professional refurbishing team in Czechia according to the original process.

Our professional refurbishing team in Czechia has fully restored it according to the original process.

This item features classic Art Deco elements. Art Deco is a style that originated in France in the early 20th century. Its furniture designs are meticulously crafted, usually using exotic woods. Pieces are typically lacquered to give off a dazzling gloss. These eloquently crafted pieces will add visual performance and posh to any interior. This piece is attributed to the mentioned designer/maker. It has no attribution mark and no
official proof of authenticity,
however it is well documented in design history. I take full responsibility for any authenticity



issues arising from misattribution See less