Omega Unveils Seamaster 15,000 Gauss, fake cartier watches by far the Most Antimagnetic WatchsharetweetshareOmega, which pioneered the usage of innovative new materials and technologies in watchmaking, has got perhaps its most impressive technological accomplishment recently, the growth of a close look that is immune to magnetic fields over 15,000 gauss, an even far exceeding that surrounding every other watch.The announcement of the prototype watch, a Seamaster Aqua Terra model named the Omega Seamaster >15,000 Gauss, was held with a press conference inside the penthouse of latest York City's  Setai building. The presentation, including videos plus a practical test involving real magnets, was conducted by Omega's Stephen Urquhart and its particular vice-president and head of developing the site, Jean-Claude Monachon, in addition to Michel Willemin, CEO from the research-and-development lab ASULAB, and Thierry Conus, director of research and development with the movement-maker ETA. (Omega, ASULAB, and ETA are all owned by the Swatch Group.)Left to right: Thierry Conus, ETA director of R&D; Jean-Claude Monachon, Omega VP and head of product development; Stephen Urquhart, Omega president; Michel Willemin, CEO of ASULABIn his opening remarks, Urquhart explained that Swatch Group CEO Nicolas G. Hayek had assigned Omega the duty of producing what he called "a totally non-magnetic watch." Magnetism, as most watch lovers fully understand, is usually a longstanding issue in watchmaking. Magnetic fields can simply disrupt a watch's movement, so because of this its timekeeping accuracy, and magnetic fields at the moment are more omnipresent within our lifestyles than ever, from smartphone cases to handbag closures to items as seemingly innocuous as refrigerator magnets. Omega's watchmakers collaborated using the researchers, metallurgists and engineers in the sister companies to make the unprecedented technology, which is embodied within a new movement, called Omega Co-axial Caliber 8508. The result, said Urquhart, is "not just a big breakthrough for your brand, but a big breakthrough to the watch industry."Monachon reminded the crowd of Omega's history of technical innovation, which includes such recent developments as being the first co-axial escapement, developed with all the late watchmaking legend Dr. George Daniels, which debuted in 1999; the primary using "Liquidmetal" technology inside a watch during the past year; and recent inventions including so-called Ceragold and Sedna gold. Vehicles brought up Omega's history within the growth of antimagnetic timepieces, which began dating back 1957, with all the Omega Railmaster. The Railmaster, Monachon revealed, was the very first watch to accomplish a resistance of 900 gauss, whereas most replica watches today are rated to only Sixty to eighty gauss. Even notable exceptions, such as Rolex's popular Milgauss model, that's rated to just one,000 gauss, do not approach this new watch's level of magnetic resistance.The Omega Seamaster >15,000 GaussOther replica watches, for example IWC's Big Pilot, have addressed the problem of magnetism during the past by enclosing their movements inside protective inner cases that can limit the effects of magnetism about the watch's internal components. As outlined by Monachon, however, this solution happens to be an imperfect one, because such cases cannot block magnetism beyond the variety of 1,000 gauss. Also, from an aesthetic mindset, breitling fakes these cases block the view of the movement. Monachon declared his colleagues, perhaps believing that producing an extra-thick inner case was Omega's strategy, told him, "Forget it. Fat loss. The watch may be like a cobblestone."However, the tactic would be a different one: Instead of attempt to enhance the classical but flawed system in the inner protective case, Omega's team, which had the expert input of Willemin at ASULAB and Conus at ETA, devised a different solution: building a movement that utilizes various, selected non-ferrous components in order that the movement itself is immune to magnetic fields. Because the technical team talked about, Omega already had the cornerstone for this invention set up: Omega's in-house movements already include several important non-ferrous parts, including silicon balance springs and nickel phosphorous escapement wheels. The other non-magnetic parts made for Caliber 8508 have yet to be revealed; it really is expected that Omega will supply more information to the watch's official launch at Baselworld 2013 in April.Omega did announce on the press conference that this but not only expects the first commercial designs of the Seamaster >15,000 Gauss to be the market in late 2013, however that it offers to eventually to add in the revolutionary antimagnetic technology in all of the Omega movements produced in-house.Omega says the watch (prototype version pictured above) will likely be available later this coming year.sharetweetshare patek philippe watches replica
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