'The Mesh Chair' Has Strategically Placed Wires for Comfort and Support
Joey Haar — August 24, 2017 — Art & Design
References: peoples-products & core77
The Mesh Chair incorporates a design to maximize the efficiency of its materials, leading to a light and airy design that's both comfortable and supportive. Rather than running steel mesh through the entirely of the chair's seat and backrest, the design identifies the key structural supports of the chair and includes only those.
From a structural standpoint, the only absolutely necessary aspects of a chair are the legs and some support for the back and seat. Metal mesh is a common material formation to achieve that degree of support while still reducing total material output. The Mesh Chair takes that concept a step further. Thicker steel lines run diagonally across the chair to hold it solid, and strategically placed, thinner wires are included only in the space when one's body makes contact.
From a structural standpoint, the only absolutely necessary aspects of a chair are the legs and some support for the back and seat. Metal mesh is a common material formation to achieve that degree of support while still reducing total material output. The Mesh Chair takes that concept a step further. Thicker steel lines run diagonally across the chair to hold it solid, and strategically placed, thinner wires are included only in the space when one's body makes contact.
Trend Themes
1. Efficient Material Design - Designing products with strategic material usage to maximize efficiency and reduce waste.
2. Optimized Structural Supports - Identifying key structural supports and incorporating only those materials into the design to create lightweight and sturdy products.
3. Comfort-driven Innovation - Creating ergonomic designs that maximize comfort and support for users while minimizing material usage.
Industry Implications
1. Furniture - Opportunity for furniture manufacturers to create innovative designs that use minimal materials while providing maximum comfort and support.
2. Product Design - Potential for product designers to incorporate strategic material usage and optimized structural supports in various consumer products.
3. Sustainable Manufacturing - Opportunity for manufacturers to embrace sustainable practices by designing and producing products that minimize material waste while providing superior comfort and support.
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