The Synnes Chair's Backrest is Only Six Millimeters Thick
Rahul Kalvapalle — August 26, 2016 — Art & Design
A Norwegian designer by the name of Falke Svatun has designed a beautifully functional and aesthetically pleasing dining chair, dubbed the Synnes Chair, that features a distinctly slim backrest that surrounds the chair's user, ensconcing them visually.
Developed for Danish company Menu, this dining chair features a backrest that is made from plywood and measures in at only six millimeters in thickness. The use of such ultra-thin material allows the backrest to maintain a near-flat aesthetic but bend inwards on the flanks.
What's great about this slim dining chair is the fact that it uses smart design to offer a comfortable seating experience in a sturdy package that conforms to modern home design aesthetics and tastes.
Developed for Danish company Menu, this dining chair features a backrest that is made from plywood and measures in at only six millimeters in thickness. The use of such ultra-thin material allows the backrest to maintain a near-flat aesthetic but bend inwards on the flanks.
What's great about this slim dining chair is the fact that it uses smart design to offer a comfortable seating experience in a sturdy package that conforms to modern home design aesthetics and tastes.
Trend Themes
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Slim Dining Chairs — Creating dining chairs with slim profiles and minimalistic designs to cater to modern home design aesthetics.
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Ultra-thin Materials — Exploring the use of ultra-thin material, such as plywood, to create lightweight yet sturdy furniture designs.
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Smart Design — Incorporating intelligent design features to enhance comfort and ergonomics in dining chairs.
Industry Implications
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Furniture Manufacturing — Opportunity for furniture manufacturers to produce slim dining chairs that align with modern home design trends.
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Interior Design — Disruptive innovation opportunity for interior designers to recommend slim dining chairs as part of modern home decor.
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Material Science — Exploration of ultra-thin materials in furniture design presents an opportunity for material scientists to develop new lightweight and durable materials.
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