Orbit Nano rectangular coffee table AK 532
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MDD Nissen & Gehl
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Naver Collection
- NC011 Delivery time : minimum 16 weeks
Orbit Nano rectangular coffee table AK 532 *Required step
In order to help you to choose, and to receive samples, do not hesitate to contact us by email: contact@galerie-mobler.com or by phone: 01 43 33 20 12
Orbit Nano rectangular coffee table AK 532. Our series of coffee tables, called Orbit, has a distinctive form; the legs and the table top are combined in a smooth joint which expresses the soul of this design and creates an iconic form. The name, Orbit, is inspired by the round shape with the three mounted circles in the periphery, which looks like small planets that rotate around the core of the table.
The series consists of four different models - three circular and one rectangular. The table tops are available in solid wood or Nano-laminate with a solid wooden trim. The legs of all four models are available in three heights. This results in many exciting combinations between the various table sizes, heights and surfaces. Each model can stand alone or together in sets, where they freely can be positioned and pushed under each other as needed.
Price indicated for the oak or ash version.
Elm: + € 20
Walnut: + € 40
Dimensions | W 140 cm x D 62 cm x H 45 cm |
Style | Contemporain Neuf |
Origin | Denmark |
Fournisseur | Naver Collection |
MDD Nissen & Gehl
Søren Nissen and Ebbe Gehl are both trained furniture carpenters from Rud Rasmussen's Carpenters in Copenhagen, and then as furniture architects from the School of Arts and Crafts in Copenhagen.
Since 1970 they have worked together in the creative and productive company Nissen & Gehl mdd. Their partnership has led to the creation of the Naver Collection, where they have since 1994 developed and designed most of the products for the Naver Collection furniture lines. Their style has helped to renew Danish design, and over the years they have received numerous awards for their unique and functional designs, which have also gained them international recognition.