1STDIBS

Pre-owned Engelholm Nobu Edit Rug By Henzel Studio In Gray

Engelholm Nobu Edit Rug by HENZEL STUDIO Dimensions: W 170.18 x L 238.76 cm. Materials: Silk, Wool. Calle Henzel stands as a trailblazer in the realm of organic, free-form shaped rugs, with his groundbreaking, award-winning Frozen Cut collections renowned for their distinctive shapes and innovative aesthetics. Henzel was the first designer to introduce such collections, effectively setting a new standard within the industry. His pioneering work is the culmination of a meticulous decade-long scientific experiment, during which rugs were exposed to the harsh environmental elements of Northern Sweden. This rigorous process enabled Henzel to draw inspiration from natural phenomena such as erosion, the thawing of snow, and seasonal germination, observing how these elements affected the rugs. The outcomes of this experiment were meticulously translated into his designs, which are intricately woven using centuries-old artisan practices. Henzel's work embodies a profound connection to nature, seamlessly integrating exceptional craftsmanship and artistry. His creations are a harmonious blend of innovation and tradition. By marrying natural elements with the timeless techniques of hand-knotting, each piece emerges as a testament to both cutting-edge design and timeless elegance. Henzel's work has been exhibited at prominent venues and museums worldwide. Henzel Studio is a Swedish family company, based in Gothenburg, founded in 1999 by the artist Calle Henzel and his wife Asa. Henzel produces luxury carpets featuring exclusive designs of contemporary art, signed by big names of art, graphics, design and of international photography: Scott Campbell, Helmut Lang, Richard Prince and many others. Crossing the border between craft, art and design, rugs by Henzel Studio are distributed through the best galleries in the world of design and are handmade using 100% New Zealand wool, one of the purest natural fibers in the world, where the material is dyed exclusively with ecological pi