The decreasing amount of available space in many urban homes has consumers seeking out as many ways to save room as possible, so the conceptual 'Square Circle Square' hairdryer is an example of an upstream approach when it comes to small appliances.
The hairdryer boasts a bending handle that collapses the appliance into a compact shape when not in use, while the main body of the unit allows the power cord to be seamlessly wrapped around it. This ensures that the appliance can fit into drawers and other small storage spaces without taking up too much area to keep users feeling prepared but never cluttered.
The conceptual 'Square Circle Square' hairdryer is the design work of Seungyeol Lee and also looks to cut down on tangles or unnecessary cord wear to keep the device in working order at all times.
Space-Conscious Hairdryers
The 'Square Circle Square' Hairdryer is Easily Stored Between Uses
Trend Themes
1. Space-saving Appliances - The 'Square Circle Square' hairdryer demonstrates the trend of developing small appliances that can be easily stored in limited spaces.
2. Upstream Design - The collapsible handle and cord wrapping of the 'Square Circle Square' hairdryer exemplify the trend of incorporating innovative design features to optimize functionality and storage.
3. Minimalist Living - As urban homes continue to face space constraints, the 'Square Circle Square' hairdryer aligns with the trend of minimalist living by providing a compact and easily storable appliance.
Industry Implications
1. Home Appliances - The 'Square Circle Square' hairdryer presents an opportunity for home appliance manufacturers to develop space-conscious and innovative products.
2. Interior Design - The trend of creating space-efficient and stylish appliances like the 'Square Circle Square' hairdryer can inspire interior designers to incorporate functional and aesthetically pleasing storage solutions in compact living spaces.
3. Product Design - The 'Square Circle Square' hairdryer highlights the need for product designers to think creatively and develop solutions that address the challenges of limited space without compromising functionality.