The case is 40mm in diameter and made of 316L stainless steel, round bezel is very thin, so we can see a very big dial under the sapphire crystal. Whole case is brushed, including four lugs. The face of bezel is also brushed while polished on edge. Like genuine, you can operate the two pushers to start or stop chronograph. Case back is locked by four screws, there are vertical brushing on the center. When open the case back, the inside has beautiful geneva stripes and correct engravings like genuine watch.Dial is blue. There are two small dials at 6 and 12. The subdial at 6 o’clock is displaying small seconds, while the subdial at 12 o’clock is for 30-minute chronograph. The two small dials are sunken on the main blue dial, together with the beveled inner bezel, the whole dial shows a 3D visual effect. Besides, silver Arabic numeral hour markers are also three-dimensional.
The movement is an Asia Clone 8906, which is based on a Chinese automatic movement. The movement looks very close to genuine Omega Cal. 8906, see the decoration on rotor and plate, as well as the 1:1 black balance wheel, they are really very similar to the decoration of Omega 8906.Here comes the watch specification of the replica.Movement: Asia Clone 8906 Automatic, Decorated Auto Rotor and Plates to Look Like Genuine Omega 8906 Caliber, with Black Balance Wheel Case: 45.5mm*17mm, Black Ceramic, Correct Lugs Engravings Case Back: See-Through Sapphire with Ceramic Naiad Lock System Crystal: Sapphire with AR Coating Dial: Real Black Ceramic, High Gloss Black Dial with Silver Hour Markers and Hands, Swiss Blue Lume and Green Lume on Dial Bracelet: Black Rubber Strap with White Hand Stitching, Black Ceramic Deployant Clasp Water Resistant: 50m
The ref. 16710 is outfitted with a standard 40mm Oyster case with water-resistance up to 100 meters and a protective sapphire crystal over the dial. The bezel is equipped with an aluminum insert in either all-black, red and blue, or red and black. Depending on the year of production, the watch is also available on the secondary market with cases that have either lug holes or no lug holes, and the luminous material on the dial will vary, as Rolex made the switch from Tritium to LumiNova during the production of the reference 16710 GMT-Master II.With the release of the ref. 116710 came a brand new case design that includes the upgrade to a triple-sealed Triplock screw-down crown, a new bezel mounting system that operates on 24 clicks instead of 120, a tougher “Cerachrom” bezel insert crafted from a scratchproof ceramic material, and a “Maxi” dial topped with larger hour markers and wider hands. The 40mm case also received a larger crown guard and wider lugs, earning it the nickname the “Super Case” among collections due to its thicker and more aggressive overall appearance.The ref. 16710 is equipped with the self-winding Rolex Caliber 3185 perpetual movement, which includes a Quickset function for easy adjustment of the date mechanism, hacking, an independent 24-hour hand, and a 48-hour power reserve. However, near the very end of production of the ref. 16710, Rolex switched movements, and later-era examples of the reference 16710 were equipped with the Caliber 3186 movement. The Caliber 3186 has the same specifications as the Caliber 3185 but is now equipped with Rolex’s newer paramagnetic blue Parachrom hairspring and a smoother operating jump-hour hand. With that in mind, all reference 116710 GMT-Master II watches run solely on the Caliber 3186.
The chemical composition of synthetic green sapphire includes copper and aluminum oxide, with the copper being the element that is ultimately responsible for its signature green hue. The process of synthetic sapphire production is an expensive and exacting one; however, the additional obstacles that accompany the addition of copper – and the precision required to achieve the right amount of green tint without compromising the strength or clarity of the crystal are likely responsible for its exclusive use on the Rolex Milgauss line of watches.When synthetic sapphire is manufactured, the material has to “grow” over the course of a period of several weeks. Particles attract to one another, forming layers that fuse together to create a dense and ultra-hard substance. The end result of production is a “boule” – a solid piece of synthetic sapphire shaped like a chunky cylinder, which is then cut and shaped to its necessary dimensions.Due to the high costs of production, most watch crystal manufacturers cut their synthetic sapphire boules in a perpendicular fashion, as to maximize the number of crystals that can be created from a single boule. Although this is entirely unconfirmed, it is rumored that Rolex cuts the boule along a diagonal axis to maximize the clarity and strength of the finished crystal. In addition to complicating the cutting and shaping process itself, cutting the boule along a diagonal axis significantly increases the amount of waste, which further adds cost to an already expensive manufacturing process.Despite not making an appearance until just over ten years ago, the green sapphire crystal has quickly become one of the defining characteristics of the Milgauss line. Its pale green tint possesses no functional advantages over a traditional, clear/uncolored synthetic sapphire crystal; however, the green crystal that is exclusively fitted to the Rolex Milgauss 116400GV is one of the primary reasons that individuals seek out this particular reference. The green crystal is something entirely unique to the Milgauss collection and is not something that is found on any other Rolex watch, past or present.
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