Innovative high Perfos introduced mechanical nanotechnology

After a decade of research, the official launch of the Mechanical Nano is a groundbreaking technological advance that is likely to revolutionize what we now know about the world of watchmaking . High Perfos called it "EWT Experimental Watch Technology." After a decade of secret research and development, the brand finally broke the boundaries of mechanical miniaturization and created the first and second in 2014 and 2016 Prototype table. High Perfos Mechanical Nanotechnology (Mechanical Nano) High Perfos traditional 3-day power reserve movement These prototypes have paved the way for the watchmaking industry to open up a new world of mechanical nano-watches, enabling watch makers to penetrate an ever-smaller field. Through laboratory testing, Goldpuffs made phenomenal discoveries in mechanical nanotechnology research that made it possible to overcome existing space and energy constraints. Moving away from space constraints in the design of watch movements has also brought us closer to the dream of every watchmaker in the past two centuries or more. Gopos Machinery Nanotechnology requires fewer parts, requires less space and requires less energy reserves, opening up an unlimited horizon for the watch industry. For the watchmakers, the limited internal space of the watchcase, and especially the case size that is intended to fit the average wrist size, is a major factor in the technical limitations. High Perfiss mechanical nano-180 power reserve movement Through mechanical nano-technology, Goldpuffet fundamentally restructures the movement, reducing specifications and reducing energy consumption, just as analogous to the shift from pocket-watches to wristwatches two centuries ago. To date, the kinetic energy required to drive watchmaking has been a limiting factor in creativity and innovation. Mechanical nanotechnology offers a wealth of possibilities, leaving the months-long power reserve no longer unimaginable. Of course, technological advances have also brought new challenges. In the face of challenges, the watch industry must master certain physical laws that have never been touched before. In this new area, Goldpuffs saw an unprecedented opportunity to create space and unopened machinery, proving that the clock mechanism can be driven by the energy generated by the air flow inside the movement. It is just the beginning. Brands will also use mechanical nanotechnology to create new and complex Features. High Perffor airflow propellers Goldpuffs will summarize the findings of the first and second prototypes and regularly share the latest research progress in 2017 and 2018. Currently, Goldpuffs is further refining its first mechanical nano-meter, which is expected to be on display at the 2017 International Geneva Haute Horlogerie and Grand Prix (SIHH) a week later. Undoubtedly, this fascinating project is a new milestone in watchmaking history that will lay the groundwork for a new era in watchmaking. (Figure / Watch House Xu Chaoyang) This article is reproduced, does not represent the world position of million table.