Weisshaar and Kram MULTITHREAD Visualizes Tension
Gil Cohen — November 6, 2012 — Art & Design
References: kramweisshaar & dezeen
The Weisshaar and Kram MULTITHREAD furniture project uses color to represent energy.
The furniture was created using 3D printing technology in which design duo Weisshaar and Kram created a web-like structure. On this structure, they placed a wooden platter to create tables and shelving units. One of the coolest features of this furniture is that it demonstrates the weight that it is carrying. Each joint of the intricate web design has been painted to represent the amount of pressure it is supporting. Accurate computer calculations were used to determine the exact coloring of each point of interaction, with yellow being the highest pressure and blue the lowest.
The Weisshaar and Kram MULTITHREAD furniture project gives us a visual of how much weight and pressure is distributed throughout the design.
The furniture was created using 3D printing technology in which design duo Weisshaar and Kram created a web-like structure. On this structure, they placed a wooden platter to create tables and shelving units. One of the coolest features of this furniture is that it demonstrates the weight that it is carrying. Each joint of the intricate web design has been painted to represent the amount of pressure it is supporting. Accurate computer calculations were used to determine the exact coloring of each point of interaction, with yellow being the highest pressure and blue the lowest.
The Weisshaar and Kram MULTITHREAD furniture project gives us a visual of how much weight and pressure is distributed throughout the design.
Trend Themes
1. 3D Printing Technology - Disruptive innovation opportunity: Explore new applications of 3D printing technology in designing and manufacturing furniture with dynamic visual representations of pressure and weight distribution.
2. Data Visualization - Disruptive innovation opportunity: Utilize data visualization techniques, such as color coding, to represent and communicate complex information in various industries beyond furniture design.
3. Interactive Design - Disruptive innovation opportunity: Develop interactive design solutions that provide visual feedback on structural integrity and performance, enabling users to understand and optimize load-bearing capabilities.
Industry Implications
1. Furniture Design - Disruptive innovation opportunity: Incorporate dynamic visual representations of pressure and weight distribution in furniture design to enhance both aesthetics and functionality.
2. Manufacturing - Disruptive innovation opportunity: Implement 3D printing technology and data visualization techniques in manufacturing processes to improve quality control and optimize product performance.
3. Architecture - Disruptive innovation opportunity: Apply dynamic visual representations of pressure and weight distribution in architectural design to create safer and more efficient structures.
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