The Nex Watches 'Fjord' timepiece is an ocean-inspired accessory that showcases deep colors and high-quality components to give it a well-rounded profile for aficionados to recognize.
The watch draws several of its design elements from the oceanic environments found in Norway and is powered by an automatic Miyota 9015 movement that's self-winding for ease of use. Featuring a 42-hour power reserve, the watch is accented by sliding second hands and a date window at the three-o'clock point.
The Nex Watches 'Fjord' timepiece features scratch-proof sapphire glass and a 316L stainless steel case to further enhance its elegant yet durable design. The use of Swiss Super-LumiNova BW9 helps keep the watch face visible in low light conditions to further enhance ease of use.
What's Driving This Trend
- Ocean-inspired Timepieces
- The trend towards using the ocean as a design element in timepieces creates opportunities for sustainable, eco-friendly materials and design innovations.
- Automatic Self-winding Movements
- The trend towards self-winding movements in watches creates opportunities for more energy-efficient and sustainable technology innovations.
- Scratch-proof Sapphire Glass
- The trend towards using more durable and long-lasting materials in watches creates opportunities for innovations in the medical and military industries.
Who This Affects Most
- Luxury Watches
- In the luxury watch industry, there is opportunity for disruptive innovation through eco-friendly and sustainable materials and design elements in a traditionally high-end and exclusive market.
- Watch Manufacturing
- In the watch manufacturing industry, there is opportunity for disruptive innovation through the development of more energy-efficient and sustainable self-winding movement technology.
- Glass Manufacturing
- In the glass manufacturing industry, there is opportunity for disruptive innovation through the development of more durable and long-lasting materials that could be applied to a variety of industries beyond watches, such as medical and military applications.
