Studio Minale-Maeda's Keystones Make Furniture Assembly Easy
Laura McQuarrie — October 8, 2014 — Art & Design
References: minale-maeda & design-milk
Studio Minale-Maeda's wood joinery Keystones are less permanent than a nail, but also more attractive than a plain wooden peg. The 3D-printed wooden connectors are designed so that it's as easy as possible to assemble a piece of furniture, without the need for tools, or tons of tiny fasteners. Plus, as with the beauty of 3D printing, the fasteners can be made on demand at home, so that only the most substantial components of a furniture piece need to be shipped.
Since flatpacking is a huge issue that comes with furniture, this solution makes it easy to pack the slim wooden pieces into a box and worry about the fasteners when you're ready to assemble.
Since flatpacking is a huge issue that comes with furniture, this solution makes it easy to pack the slim wooden pieces into a box and worry about the fasteners when you're ready to assemble.
Trend Themes
1. 3D Printing in Furniture Assembly - The use of 3D-printed wooden connectors in furniture assembly allows for easy and tool-free construction, disrupting traditional joinery methods.
2. On-demand Manufacturing of Fasteners - The ability to 3D print wooden joinery fasteners at home eliminates the need for shipping small and unnecessary components, presenting a disruptive innovation opportunity in the manufacturing industry.
3. Efficient Flatpacking Solutions - The use of 3D-printed wood joinery enables slim and space-saving packaging for furniture, revolutionizing the way furniture is shipped and stored.
Industry Implications
1. Furniture Manufacturing - The adoption of 3D-printed wooden connectors in furniture manufacturing can streamline the production process and offer innovative assembly options to consumers.
2. 3D Printing Industry - The development of 3D-printed wood joinery opens up new possibilities for the 3D printing industry by expanding its applications into the furniture sector.
3. Logistics and Shipping - The implementation of efficient flatpacking solutions through 3D-printed wood joinery can greatly impact the logistics and shipping industry by reducing packaging sizes and improving supply chain efficiency.
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