Nature-Inspired Structured Seating

View More

Alexander Lotersztain Designs the Twig Seating for Derlot

Alexander Lotersztain designs the Twig seating for Derlot, which is a modular seating solution that is functioning in both indoor and outdoor spaces. The unique structure boasts a biophilic theme that is inspired by nature, resulting in minimal design language. It was originally designed back in 2008 with the influence of a bough of trees but has since grown to a much more innovative form.

The seating has a geometric form that demands attention and the units come together to create a collective branching pattern. The standard version of the Twig is made for the outdoors constructed from low-density polyethylene and can be illuminated from the inside. The indoor iteration has the option to be upholstered in fabric or leather.
Trend Themes
1. Modular Seating Solutions - The Twig seating is a modular seating solution that functions in both indoor and outdoor spaces, presenting opportunities for disruptively innovating in the furniture industry
2. Biophilic Design Themes - The Twig seating boasts a biophilic theme inspired by nature that results in a minimal design language, presenting opportunities for disruptively innovating in the interior design industry
3. Geometric Furniture Forms - The Twig seating has a geometric form that demands attention and presents opportunities for disruptively innovating in the furniture design industry
Industry Implications
1. Furniture - The Twig seating presents new opportunities for disruptively innovating in the furniture industry with modular seating solutions and unique geometric forms
2. Interior Design - The biophilic design theme of the Twig seating presents opportunities for disruptively innovating in the interior design industry
3. Outdoor Living - The Twig seating's outdoor construction presents opportunities for disruptively innovating in the outdoor living industry with modular seating solutions that can be illuminated from the inside

Related Ideas

Similar Ideas
VIEW FULL ARTICLE