If you name the essential parts of a coat rack, you end up with a base, a shaft and pegs. The Forminvaders Slice Garderobe has all of these things, yet the latter two are made from the same piece of material. Without carving offshoots from the oak, the designer found a clever way to efficiently work the material.
The rounded wooden post that makes up the body of the hatrack has simply been severed in six places at 45-degree angles. The segments are then reattached with obvious offsetting that produces little hooks in the sections' tips. This staggered assembly occurs all the way up the length of the Slice wardrobe stand, providing you with seven places over which to sling your things. Andreas Müller-Eissing's Slice Garderobe can be evenly dressed from bottom to top.
What's Driving This Trend
- Modular Design
- The Slice Garderobe's clever use of one piece of material showcases the trend of modular design, allowing for easy customization and assembly.
- Efficient Material Usage
- By utilizing the same piece of material for multiple components, the Slice Garderobe taps into the trend of efficient material usage, reducing waste and costs.
- Innovative Assembly Techniques
- The Slice Garderobe's unique method of attaching the severed segments with offsetting demonstrates the trend of innovative assembly techniques, exploring new ways to construct functional objects.
Who This Affects Most
- Furniture Manufacturing
- The Slice Garderobe highlights opportunities for disruptive innovation in the furniture manufacturing industry by reimagining traditional coat rack designs and manufacturing processes.
- Interior Design
- The modular design and efficient material usage of the Slice Garderobe presents disruptive innovation opportunities in the interior design industry, allowing for customizable and sustainable storage solutions.
- Sustainable Design
- The Slice Garderobe's emphasis on efficient material usage aligns with the trend of sustainable design, offering disruptive innovation opportunities in various industries aiming to reduce environmental impact.
