The standard shape and design aesthetic of traditional watches is being played with more as consumers crave a certain level of deviation from ordinary designs, which is evident with the 'Erstartt' 3D-Printed Unisex Watch. Created by designer Paul Kweton, the 'Erstartt' 3D-Printed Unisex Watch is designed to sit adjacent to the wrist rather than directly on it, which changes the perception of the timepiece and grabs attention.
The 'Erstartt' 3D-Printed Unisex Watch is, as the name denotes, created using 3D printing technology, which gives it a sturdy, geometrical aesthetic that's suitable for either men or women. A soft, off-white color scheme mixed with a blue and green strap make the 'Erstartt' 3D-Printed Unisex Watch effortlessly simple enough for everyday wear.
3D-Printed Timepieces
The 'Erstartt' 3D-Printed Unisex Watch is Inspired by Geometry
Trend Themes
1. 3D Printed Watches - The trend of 3D printed watches allows for the creation of customizable and unique designs, disrupting traditional watch manufacturing methods.
2. Geometric Design Aesthetics - Incorporating geometric design aesthetics into watch design disrupts the standard circular and rectangular shapes and offers unique visual appeal for consumers.
3. Off-body Timepieces - The emerging trend of off-body timepieces offers a disruptive innovation opportunity to create wearable watches that provide a fresh and unique design concept for consumers.
Industry Implications
1. 3D Printing - The growth potential of 3D printing for watch manufacturing presents a potential innovation opportunity for companies in this industry to invest in and experiment with new materials and designs.
2. Fashion and Accessories - The trend of unique and customizable 3D printed watches offers a disruptive innovation opportunity for the fashion and accessories industry to create a new category of high-end watches.
3. Consumer Electronics - The emerging trend of off-body timepieces presents a disruptive innovation opportunity for companies in the consumer electronics industry to explore new form factors and designs for wearable devices.