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完美展现手表的机械美学。Zenith Defy Lab - World's Most Accurate Mechanical Watch

2017-9-17 21:08| 发布者: admin| 查看: 8594| 评论: 0

摘要: 完美展现手表的机械美学。Zenith Defy Lab - World's Most Accurate Mechanical Watch 108,000 vph (15 Hz)! A new oscillator representing a major innovation in the watch industry since the 1675 invention of the balance and hairspring principle by scientist Christiaan Huyge
 完美展现手表的机械美学。Zenith Defy Lab - World's Most Accurate Mechanical Watch





108,000 vph (15 Hz)! A new oscillator representing a major innovation in the watch industry since the 1675 invention of the balance and hairspring principle by scientist Christiaan Huygens 



Zenith is writing its future and starting a new chapter in the history of the Swiss watch industry. Manufacture Zenith has been making mechanical watches for 152 years and currently has the capacity to produce around 40 different movements (featuring various shapes and equipped with complications), reflecting its exceptional expertise. 

Connoisseurs will scarcely need reminding of the paternity of the Swiss watch industry's first ever automatic chronograph introduced in 1969, which also featured a function that had not yet been seen nor even imagined at the time. Nobody was capable of measuring tenths of a second, the unit of time naturally stemming from a 5 Hz oscillation frequency. It represented a kind of watchmaking Holy Grail! The El Primero movement is often cited and has indeed become a Swiss watchmaking legend that vividly reflects Zenith's enduring attachment to innovation and the quest for precision.



Zenith is now renewing ties with innovation and fundamental research by presenting Defy Lab and its new oscillator an invention that challenges nothing less than the operating principle of mechanical watches invented by Christian Huygens in the 17th century. 



The announcement was made at a press conference held at the Manufacture Zenith in Le Locle and hosted by Jean-Claude Biver, President of the Watch Division, along with Zenith CEO Julien Tornare and Guy Sémon, CEO of the Science Institute LVMH. This innovative watch was developed through achieving effective synergies between the skill sets cultivated by the brands composing the group's Watch Division, an endeavour overseen by Guy Sémon. 


A few key points: 
✓ Defy Lab is the first and only mechanical watch embodying both an evolution and an improvement of the sprung balance principle presented in January 1675. 
Since 1675, the principle of the coupled balance and hairspring (sprung balance) that Christiaan Huygens presented to the French Royal Academy of Sciences in the form of a clock has remained unchallenged. While it has definitely been improved and is undoubtedly now optimised to the greatest possible extent, it has nonetheless never called into question as such, instead regarded as both timeless and invariable. 
✓ A new oscillator forming a monolithic whole, made of monocrystalline silicon (with details finer than a human hair), replaces the sprung balance. The 30 or so components of a standard regulating organ (which requires assembly, adjustment, timing, testing 
and lubrication) are thus replaced by a single element measuring just 0.5 mm thick (compared with the usual 5 mm.) 
✓ This breathtaking development beats at the incredible frequency of 15 Hertz, with an amplitude of +/- 6 degrees, and is endowed with an almost 60-hour power reserve more than 10% more than that of the El Primero despite a three times higher frequency. 
✓ This frequency endows it with an exceptional almost 10 times higher degree of accuracy. Its mean daily rate is precise to within just 0.3 seconds. (By way of example, one of the criteria for COSC "chronometer" certification is the average daily rate on the first ten days of testing: from -4 seconds to +6 seconds, meaning up to 10 seconds per day). 
✓ Moreover, it remains accurate far beyond 24 hours of operation (the moment when mechanical watches begin to lose their energy and thus their accuracy). This new oscillator maintains the same degree of precision for 95% of its power reserve. 
✓ No need for oil: no more contact means no more friction or wear, and thus no need for lubrication. 
✓ Insensitivity to temperature gradients, gravity and magnetic fields eliminates the key weaknesses of the current balance-and-spring assemblies that are subject to deformation and/or dilatation, thereby leading to diminished precision. 
✓ Triple certification, including chronometer certification displayed by by the viper's head emblem awarded by Besançon Observatory, on behalf of the International Bureau of Weights and Measures. With regard to thermal behaviour, the spectrum of the ISO-3159 standard has been broadened: variations of around 0.3 seconds per day and per degree Celsius of deviation are certified, which is twice as good as the recommended figure. Finally, the watch meets the ISO-764 magnetic criteria, exceeding them by 18 times (for the completed watch), meaning it can withstand 88,000 Amperes per meter or 1,100 Gauss. 
✓ This mechanism opens up whole new vistas and enters a new dimension, representing no less than a reinvention of the Huygens principle with another mechanical system. 
✓ The first ten ZENITH Defy Lab watches (10 different versions, each is different) are sold in an exceptional collector's gift box. All are already pre-sold. 
Exterior of the Defy Lab: 
✓ First watch with a case (44 mm in diameter) made from Aeronith, the world's lightest aluminium composite material. 
✓ This new material resembling an extremely solid metal foam was developed using an exclusive high-tech process and features a density of just 1.6 kg/dm3, which is 2.7 times lighter than titanium, 1.7 times lighter than aluminium and 10% lighter than carbon fibre. 
Zenith is writing its future... and the future of Swiss watchmaking. 


Reinventing the mechanical watch 
In 1675, the Dutch astronomer, mathematician and physicist Christiaan Huygens demonstrated the principle of regulating time by means of a coupled balance and spring fitted inside a clock, a concept that still forms the basis of all current mechanical watches. This invention was partly based on the work of the learned mechanical scientist Ignace-Gaston Pardies, who corresponded with Newton. Pardies presented the theory of the isochronism of mechanical vibrations to the French Academy of Sciences in 1673, but unfortunately died before being able to publish his proofs. In 2017, a new scientific endeavour conducted by Guy Sémon challenges the principle invented by Christiaan Huygens 342 years earlier: namely the regulation of mechanical watches by means of a balance and hairspring assembly. 

Performance, simplification and aesthetic impact 
For the first time in the history of watchmaking, a technological breakthrough supersedes the Christian Huygens principle in terms of performance, aesthetic impact and simplicity. This is truly uncharted territory. The acknowledged champion of high-frequency chronographs, thanks to its fabled El Primero movement, the Zenith brand shifts up to ultra-high accuracy with the Defy Lab watch representing a true quantum leap in terms of performance and engineering. 

By adopting an entirely new scientific approach in modelling and innovating with regards to the mechanical watch, and by using new modern mechanical methods, the LVMH Watch Division R&D Institute has completely renewed the very concept of this type of watch. 

Impressive key characteristics demonstrate the scope of this stunning development: an oscillator consisting of two components made of monocrystalline silicon, an unbelievable 15 Hz frequency with an amplitude of +/- 6 degrees, as well as a 60-hour power reserve, which is 10 percent more than that of the El Primero in spite of tripled frequency. 

Moreover, the new Zenith Oscillator takes the form of a single piece without any mechanical linkages, instead of the customary 30 or so parts that require assembly, adjustment, setting, testing and lubrication. 

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