The Xeric Regulator Automatic Watch is a minimalist accessory that draws inspiration from the past to provide present-day wearers with an elegant timepiece. The watch was designed with the aesthetic function of 18th-century mechanical regulator clocks in mind and boasts precision timekeeping capabilities. This is thanks to the separated hour and minute hands that operate independently to deliver an absolutely precision way to keep time.
The Xeric Regulator Automatic Watch is powered by a self-winding Miyota movement and is a limited-edition accessory with just 999 examples per color. The timepiece is accented by a small split display for indicating seconds, which adds further visual intrigue to the watch. The accessory is finished with glowing accents on the hour hand, minute hand and numerals for low light legibility.
Minimalist Separated Indicator Timepieces
The Xeric Regulator Automatic is Elegantly Old-Fashioned
Trend Themes
1. Minimalist Timepieces - The trend of designing minimalist timepieces with focus on function and precision could inspire innovations in fashion technology and wearable devices industries.
2. 18th Century Aesthetic Revival - The trend of reviving the design aesthetics of the 18th Century mechanical regulator clocks presents an opportunity for innovation in high-end watchmaking and jewelry industries.
3. Precision Timekeeping - The trend of developing timepieces with the utmost precision could lead to creating further innovation in the industrial, scientific, and military industries.
Industry Implications
1. Fashion Technology - The minimalist watch trend could inspire fashion technology brands to combine precision timekeeping and minimalist design in wearable devices.
2. Watchmaking and Jewelry - Reviving 18th Century aesthetics in high-end watches and jewelry presents an opportunity for innovation in these industries, especially in materials and production techniques.
3. Industrial and Scientific Measurement - The trend of precision timekeeping in timepieces could inspire innovative solutions for keeping accurate time in scientific experiments and industrial processes.