After reading this article about top five Omega watches, are you interested in purchasing one of them? Or do you have a top five list in your mind?In December, there are a lot of Omega replica watches published in our market, they include Seamaster Commander 007 from UR factory, Seamaster 300m Blue from VS, Planet Ocean Ceramic from VS. These watches are all the latest models in 2018. VS factory mainly produced Panerai replicas in the past, but now they also make some good quality replica Omega watches, maybe they have tasted the sweetness from making the Omega Spectre 007 replica, you know, this watch created a high sales record in 2016. Now, a lot of Omega watches made by VS factory have ranked a high position in sales of replica watches, including this Planet Ocean Deep Black ceramic watch. This Deep Black Planet Ocean is a full ceramic watch, I never saw Omega used ceramic case on their Planet Ocean series, maybe this is the first time. this full ceramic Planet Ocean replica watch is greatly different from other Omega watches.
When I first see this replica, I feel amazing for its super thin case. Yes, it is only 9.5 mm , which perfectly fits your wrist. As we all known, such type of watch not only more beautiful in our impression but also can make us be relax and comfortable in touch feeling. It is elegant and has a strong gentlemen feeling since its size is 40mm and with solid 316 stainless steel. Its case is polished well and the special design of side makes this replica mroe elegant.When we observe it more careful, you will find that it has a lot of details reveal its simple whole style. With three simple hands and a display for date. It expresses its unique style through these low-key and delicate details. At the place of twelve o’clock on white dial, there is one red label. Its dial with scratch-proof sapphire crystal, no matte in different light, can show a wonderful view. Simple white dial, silver stick markers, cool black leather strap, elegant clasp, all of these details are so delicate, but it follows its simple idea in whole watch. All these successful performance is related to its pursuing to be perfect. What’s more, it is a high replica that is equipped with the powerful movement ETA 2892, which makes it has more advantages in stability. This replica is really skillful in watch-making technology. Anyway, elegant case design and superior performance are the most key advantages for this replica.
At the heart of the Deepsea’s case is Rolex’s patented Ringlock system, which uses a super hard, nitrogen-alloyed steel central ring to internally support both the extra-thick sapphire crystal and the Grade 5 titanium caseback. While the Ringlock system is largely responsible for the overall increase in the case size of the Deepsea, it actually enables the watch to be smaller than it otherwise would be, had it were to follow a more traditional case design while still retaining its same colossal depth rating.The primary purpose of the Ringlock system is to reduce the amount of stress placed on the case of the watch. As pressure on the watch increases at greater depths, the majority of it gets exerted on the front and back surfaces of the watch. Since the nitrogen-alloyed stainless steel compression ring internally supports both the crystal and the caseback of the Deepsea, the amount of force exerted on the actual case itself remains relatively minimal. Additionally, as the crystal and caseback get squeezed together, with the majority of the force being supported by the internal compression ring, the front and back gaskets of the watch get pressed together, ensuring an extra tight seal.The caseback on the Rolex Deepsea consists of two components: an inner caseback made from Grade 5 titanium, and an outer, screw-down caseback ring that is constructed from Oystersteel (904L stainless steel). With a traditional, single-piece, caseback design, the entirety of the pressure placed on caseback gets exerted on the case of the watch itself, particularly near the threads. By separating the caseback into two components, Rolex is able to redistribute much of the force being exerted on the rear surface of the watch. The outer, screw-down ring performs the sole duty of keeping the inner, titanium caseback tight on the watch, while the nitrogen-alloyed steel compression ring ultimately supports all the pressure being exerted on the titanium case-back itself.
The green-tinted sapphire crystal fitted to the reference 116400GV Milgauss has quickly become one of the defining characteristics of Rolex’s anti-magnetic line of watches. The Rolex Milgauss was first introduced in 1956; however, it was not until 2007 that it received its now-signature, green sapphire crystal – an exclusive feature that was originally introduced as a way for Rolex to celebrate the 50th anniversary of their Milgauss line.No other watch in Rolex’s current catalog is fitted with a green-tinted (or any other color) sapphire crystal. However, at the present time, all Milgauss watches that are currently in production leave the factory with green sapphire crystals. Rather than simply being a layer or coating, the light green tint is present throughout the entire material of the crystal, and will not fade or discolor after prolonged wear and use.Rolex claims that it took them many years of research and development to master and perfect the secret procedure of manufacturing their green-tinted sapphire crystals and that the actual process of producing the crystals takes multiple weeks. What is most interesting is that despite a usual eagerness to patent their various in-house technologies, Rolex claims that the green sapphire crystal in the Milgauss is “not patented, as it is so difficult to make that no one else would even venture to try.”Rolex will never reveal their exact formulas and secrets about how they manufacture the green-tinted sapphire crystals fitted to the Milgauss; however, we do know some general information about green-colored synthetic sapphire and the production of sapphire watch crystals as a whole.There are a number of different ways to produce synthetic sapphire, all of which fall into the following general methods of production: melt growth, solution growth, and high-temperature/high-pressure growth. It is hypothesized that Rolex uses a hydrothermal method of production for its synthetic sapphire crystals, which is slow, expensive, and uses heat and pressure to imitate the conditions present deep inside the earth that is responsible for the production of naturally-occurring crystalline gemstones.
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