This conceptual 'Squishy Mouse' has been designed by Matt Barnum as an ergonomic peripheral that will provide users with the ability to enjoy a more comfortable experience when spending extended periods working from home or the office.
The mouse is 3D-printed with a soft mesh construction that enables it to undulate under the weight of the hand and when the user applies pressure during use. This will help to increase comfort, while also reducing the occurrence of fatigue to keep the user feeling ready to handle longer sessions of work.
The conceptual 'Squishy Mouse' maintains its ergonomic upper section on top of a metallic base that will allow it to easily glide across a range of different tabletop surfaces.
3D-Printed Mesh Mouses
The Conceptual 'Squishy Mouse' by Matt Barnum is Ergonomic
Trend Themes
1. Ergonomic 3D Printing - There is an opportunity for 3D printing to create more ergonomic products that reduce fatigue and increase comfort.
2. Flexible Mesh Materials - The use of flexible mesh materials in product design can allow for more comfortable and customizable ergonomic solutions.
3. Undulating Design - Designs that undulate under pressure can provide increased comfort and reduced fatigue for users.
Industry Implications
1. Computer Hardware - There is an opportunity for computer hardware companies to develop more ergonomic and customizable products to improve user comfort and productivity.
2. Product Design - Product design companies can explore the use of flexible mesh materials and undulating designs to create more ergonomic products that prioritize user comfort.
3. Office Supplies - The development of more ergonomic and comfortable office supplies like the 'Squishy Mouse' could benefit the office supplies industry by improving user satisfaction and productivity.