This Furniture Collection Was Made Using Aerospace Robotics
Riley von Niessen — June 8, 2016 — Art & Design
References: labelbreed.nl & dezeen
Designer Marleen Kaptein and company 'Label/Breed' created a collection of furniture that was made using aerospace robotics with the help of the Netherlands Aerospace Center.
The recycled carbon fiber chairs and lamps were crafted by robots that wrapped the reinforced plastic with an extreme precision that enabled the intricate designs of the products. The automated machines aid in preventing waste as well, as they are able to get the most out of each strand of carbon fiber. The chairs have a grid design that carries through the seats and backs, creating a design that looks both futuristic and Gothic at the same time. Lamp shades are made similarly to the chairs, with a more simplistic and modern design.
Marleen Kaptein and her collaborators hope that these products will show how the resourceful material can be used with the help of aerospace robotics to create an array of different products.
The recycled carbon fiber chairs and lamps were crafted by robots that wrapped the reinforced plastic with an extreme precision that enabled the intricate designs of the products. The automated machines aid in preventing waste as well, as they are able to get the most out of each strand of carbon fiber. The chairs have a grid design that carries through the seats and backs, creating a design that looks both futuristic and Gothic at the same time. Lamp shades are made similarly to the chairs, with a more simplistic and modern design.
Marleen Kaptein and her collaborators hope that these products will show how the resourceful material can be used with the help of aerospace robotics to create an array of different products.
Trend Themes
1. Recycled Carbon Fiber - The use of recycled carbon fiber in furniture production presents disruptive innovation opportunities for sustainable design.
2. Aerospace Robotics - The integration of aerospace robotics in furniture manufacturing opens up possibilities for intricate and precise designs.
3. Automated Waste Prevention - The use of automated machines in carbon fiber furniture production can revolutionize waste prevention by maximizing the utilization of each strand.
Industry Implications
1. Furniture Manufacturing - The furniture manufacturing industry can adopt recycled carbon fiber and aerospace robotics to create innovative and sustainable products.
2. Sustainable Design - Sustainable design industries can explore the use of recycled carbon fiber and automated waste prevention methods to create eco-friendly furniture and products.
3. Robotics and Automation - The robotics and automation industry can explore the integration of aerospace robotics in furniture manufacturing, showcasing new capabilities for precision and efficiency.
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