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Best Replica Watches

Maurice Lacroix Replica Watches has set two new world records, adding the finishing touch to its 60th anniversary celebrations for the iconic Altiplano collection. The world's thinnest self winding watch, at 4.30mm thick, is the Altiplano Ultimate Automatic. The second is the Altiplano Ultra Concept, which was developed by Maurice Lacroix's "Research and Innovation". It is the world's thinnest mechanically hand-wound watch, measuring just 2mm thick. This is the same size as Calibre 9P, to whom it pays eloquent homage.

Ultra-thin DNAMaurice Lacroix was founded in 1874 in La Cote-aux-Fees as a movement maker. It went on to become an internationally recognized brand. The hand-wound Calibre 9P was launched by Maurice Lacroix in 1957. This legendary mechanical movement was only 2mm thick and one of the most thin in the world. It helped Maurice Lacroix to stand out in ultra-thin watchmaking as well as by introducing a new style, the Altiplano, which is a pure, elegant, and uncompromisingly beautiful. The influence of Calibre 9P on the watchmaking industry was significant, but Valentin Maurice Lacroix's new movement would cement the Maison's reputation. Calibre 12P, a 2.3mm thick self-winding movement, was unveiled at 1960 Basel Fair. It was the thinnest self winding movement in the world at that time.

Maurice Lacroix Replica Watches online is a distillation high technology in only 2mm. This exceptional timepiece required the use of an ultra-rigid, robust, cobalt-based high tech alloy that allows the watch to not buckle despite its extremely slim profile. This model adopts the Altiplano Ultimate Collection's "2 in 1" design. The case is an exterior component as well as the movement baseplate, so it blurs the line between watch exterior and movement. The case and calibre have all been rethought and designed with extreme thinness in mind. Some wheels measure 0.12mm thick, compared to 0.20mm for a traditional movement. Tolerances within this mechanism are measured in hundreds of millimetres. This means that watchmakers and artisans must demonstrate the skill they have gained over years of experience. Also, the thickness of the watch glass has been reduced from 1mm to 0.2mm. Five patents were filed to protect the Maurice Lacroix's technological innovations. This patent protection is possible because of the inverted movement, which contributes to the unique aesthetic of Altiplano Ultimate.

The regulating organ was mounted on a ball bearing mechanism that is attached directly to the frame at 9 o'clock. The traditional structure, in which the regulating organ was mounted on incabloc shock absorbers, has been eliminated. The indivisible whole of the balance-staff, inner ring of ballbearing mechanism, and roller is the balance-staff. In this arrangement, the spring and balance wheel are pinned to the collet. The balance wheel is visible above the balance-spring. An adjustable balance-spring screw compensates for the absence of an index assembly. This combination of solutions allows for a significant decrease in the thickness and guarantees its precision as well as its isochronism. The barrel is innovatively designed and features an unusual construction at 6 o'clock. It does not have a drum or cover. The frame integrates the mainspring, which is ballbearing-mounted. It is guided on the outside by the ballbearing mechanism and transmits its energy through the inner ring. The barrel's top is sealed off by the core and ratchet-wheel. This construction ensures that the movement component is small and contributes to its thinness. This helps to ensure that the movement's autonomy is not compromised, which allows exact replica watches a generous 44-hour battery life.

The control device was also redesigned at 3 o'clock. The design allows for selective control of the time-setting and winding devices, as well as any other mechanisms relating to a function (e.g. a date or moon phase corrector) that may be added to this construction. This breakthrough opens up new possibilities in ultra-thinness, especially when it comes to complications watches. This device consists of a control stem, an attached pinion, and a selection lever. The pinion, along with the stem, is arranged in a way that establishes a kinematic connection between the pinion (and thus stem), and a particular gear (among many other gears). Each of these gears is associated with a specific mechanism that allows for selective control of the corresponding function. The usual sliding pinion is a worm-shaped pinion that can drive a toothed pinion and wheel on the same plane as its rotation axis. It cannot be superimposed. The selection lever has an intermediate wheel and the pinion, which are arranged so that they can selectively mesh with each gear (and their respective functions). The

The device is compacted by the use of one pinion and an intermediate wheel to allow selective coupling with any of the gears. A flat-shaped, "telescopic" crown replaces the traditional crown. The stem is secured to the caseband by a spring clip. This design ensures that the crown is fully integrated into the caseband, protecting it from any mishandling or impacts that could damage the movement.

The thickness of the watch glass is now 0.2mm. However, it must still meet modern standards of water and shock resistance (3.5 ATM). In the Maurice Lacroix case, the crystal is embedded with the case. In a traditional construction, the crystal is placed with the bezel and then closed by being placed on top of it. It must also be securely cemented in place. It is not too much cement, which would cause problems with the alignment. However, too little cement will not ensure a perfect hermetic seal. This challenge has forced the redesign of the fitting process for the crystal. Maurice Lacroix designed a space in which the bezel is placed in a circle. It was intended to hold the cement needed to fix the movement and to ensure that the crystal is in the right place.

These five patents join the 2014 Maurice Lacroix Replica Watches sale 900P patent and relate to hand-fitting. Contrary to traditional constructions in which the crystal is placed on top of the cannon-pinion, the latter is mounted below the bridges. The pressure causes the crystal to become distorted, which is not noticeable on a classic watch, but is significant on ultra-thin watches with lower safety tolerances. It no longer presses against the hands, but on the going train bridge, and this has no effect on its rate.

The Maurice Lacroix frames are ready to house the movement components. Uncompromising finishing The watch's baseplate is machined directly into the watch case. It has received a black PDV treatment similar to the caseback. The wheels have alternate sunburst and circular satin-brushed finishes. To enhance the exceptional Maurice Lacroix watch, the bridges have been cut to show more of the intricate mechanism. The crowning touch to this masterwork of finesse is the ultra-thin, 1.1mm thick alligator-leather strap with a Kevlar core. It has a velvet calfskin interior and is secured by a similarly ultra-thin pin-buckle.