Zenith's DEFT Inventor Watch Delivers New Control Systems
References: zenith-watches & hypebeast
Swiss watchmakers Zenith recently unveiled its DEFY Inventor watch at the Baselworld show this year and it is designed to celebrate El Primero's 50th anniversary. The watch is comprised of a regulating organ and it is found in place of the traditional spring balance.
The label's Oscillator control system arrives in a singular piece, which is an ultra-thing structure that is constructed from mono-crystalline silicon materials. It also has visible movements from the dial perspective -- the system incorporates a "high-frequency chronometric precision.' This ensures that it has elevated stability when it replaces the traditional balance as it shifts the entire movement system of the timepiece. It also sits within a 44mm brushed case constructed from Aeronith, which is the lightest aluminum composite materials.
The label's Oscillator control system arrives in a singular piece, which is an ultra-thing structure that is constructed from mono-crystalline silicon materials. It also has visible movements from the dial perspective -- the system incorporates a "high-frequency chronometric precision.' This ensures that it has elevated stability when it replaces the traditional balance as it shifts the entire movement system of the timepiece. It also sits within a 44mm brushed case constructed from Aeronith, which is the lightest aluminum composite materials.
Trend Themes
1. Mono-crystalline Silicon Materials - Swiss watchmakers are incorporating mono-crystalline silicon materials in their timepieces, which presents opportunities for materials innovation and product differentiation in the luxury fashion industry.
2. High-frequency Chronometric Precision - The use of high-frequency chronometric precision in timepieces presents opportunities for increased accuracy and efficiency in the watchmaking industry.
3. Ultra-thin Structures - The construction of ultra-thin structures using innovative materials presents opportunities for lightweight and comfortable products in the luxury fashion industry.
Industry Implications
1. Luxury Fashion - Mono-crystalline silicon materials and ultra-thin structures present opportunities for materials and design innovation in luxury watchmaking.
2. Watchmaking - The use of high-frequency chronometric precision presents opportunities for increased efficiency and accuracy in watchmaking.
3. Materials Science - The use of mono-crystalline silicon materials provides opportunities for innovation and research in the field of materials science.
3
Score
Popularity
Activity
Freshness
