| aolye | | Nouveau membre | | 6 messages postés |
|  Posté le 17-06-2025 à 09:07:29   
| Richard Mille's tourbillon technology is famous for its breakthrough innovation as well as extreme performance. Its originality is reflected in the subsequent dimensions:
1 . Revolutionary success in structural design
Flying tourbillon structure
The brand's iconic floating tourbillon abandons the traditional upper bridge dish and only achieves a flying effect through single-sided fixation, which not only greatly decreases the weight (such as the RM 27-05 movement weighs just 3. 79 grams), but additionally enhances the visual transparency. This particular design optimizes the strength strength through computer ruse to ensure stability during excessive rotation, while reducing rubbing loss and improving transmitting efficiency. For example , the suspended tourbillon frame of the RM 75-01 uses a hollow procedure for grade 5 titanium blend, which not only ensures stiffness but also achieves a powerful aesthetic like "mechanical ballet".
Cable-suspended movement and shock-resistant system
In the RM 53-01 Polo watch, the tourbillon movement adopts a cable-suspended structure. The central foundation plate is suspended and stuck by a braided steel cable connection with a diameter of simply 0. 27 mm. Combined with double bottom plate type of grade 5 titanium metal, it can withstand the serious impact in polo sports activities. This bionic design is actually inspired by the shock absorption program in the aerospace field, permitting the tourbillon to maintain precise timekeeping under extreme exterior forces.
2 . Frontier Search for Materials Science
Combination of Light-weight and High-Strength Materials
Richard Mille introduces cutting-edge components from the aerospace and race fields into watchmaking, for example:
Grade 5 titanium combination: used for bottom plates and also bridges, with low thickness (4. 43g/cm³ but higher strength and excellent deterioration resistance, ensuring the dependability of the movement in complicated environments.
Carbon TPT®: Made from hundreds of interlaced layers associated with carbon fiber, it is resistant to microcracks and is used in case along with movement parts (such since the V-shaped bridge of the RM 27-05), significantly reducing weight in addition to improving shock resistance.
Sapphire crystal: For the first time, laminated sapphire crystal is used in a watch mirror (RM 53-01), that absorbs shocks without busting while maintaining high transparency.
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Nanocarbon fiber and special metals
The tourbillon baseplate from the RM 002-V2 is made of nanocarbon fiber, molded at 2000°C, with an isotropic structure which effectively offsets the effects of temperatures changes on the movement. Additionally , the tourbillon frame in the RM 66 uses 5N red gold combined with Carbon TPT®, combining the high-class texture of precious metals using the mechanical properties of graphite.
3. Functional integration and gratification optimization
Tourbillon and sophisticated function synergy
Richard Innumerevoli is good at deeply combining tourbillon with chronograph, double time zone, alarm and other features:
Split-second chronograph: RM 43-01 Ferrari Tourbillon Split-second wathe watch, by optimizing the actual column wheel design, halved the particular kinetic energy consumption, typically the timing accuracy reached 1 tenth of a second, and also the tourbillon frame uses a ti alloy eccentric bracket to attain dynamic balance.
Vibration security: The tourbillon of RM 62-01 is combined with the coup alarm system, and the vibration will be transmitted through the titanium mix and Carbon TPT® situation structure to avoid the disturbance of traditional gongs within the movement.
Variable inertia stability wheel technology
All tourbillons are equipped with variable inertia free-sprung balance wheels, eliminating the rate needle fine-tuning system, as well as directly adjusting the inertia through the 4 adjustable weight load on the balance wheel. This specific design enables the balance steering wheel to maintain a stable frequency below different temperature and effect conditions. For example , the balance tyre of RM 27-05 comes with an instantaneous inertia of eleven. 50 mg・cm², and the raise angle is optimized in order to 53°, which significantly enhances the anti-interference ability.
4. The ultimate pursuit of manufacturing technologies
Precision machining and handcrafts
Each part of the tourbillon must go through dozens of processes:
Nano-level surface treatment: For example , often the grade 5 titanium blend bridge is micro-sandblasted and also PVD-plated to reduce friction along with enhance wear resistance.
Hand-engraving and polishing: The tourbillon frame of RM 66 is hand-engraved by Geneva engraver Olivier Vaucher, as well as the micro-sandblasting of the phalanx important joints takes hundreds of hours, showcasing an X-ray-like perspective impact.
Extreme environment testing requirements
Each tourbillon must move rigorous tests:
Seismic examination: RM 27-05 can still run normally under 14, 000g acceleration shock, far going above industry standards.
Temperature period test: The movement keeps its timekeeping accuracy within an environment of -10°C to be able to 60°C, and the dimensional balance of the nano-carbon fiber baseplate plays a key role within this process.
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V. Trademarked technology and system development
Fast-rotating barrel
The clip or barrel of the tourbillon adopts the central involute tooth style, and the pressure angle is usually optimized to 20°, which could reduce the mainspring adhesion trend, improve the power transmission effectiveness by 20%, and provide much more uniform torque output.
Torque limitation and safety method
Models such as the RM 17-01 are equipped with a torque-limiting overhead, which automatically disengages once the barrel tension reaches the actual critical point to prevent harm to the movement caused by over-winding. In addition , the locking equipment system protects the balance tire and the floating disc treasure, extending the life of the motion.
VI. Fusion of appearance and function
Richard Mille's tourbillon is not only a precision device, but also a visual work of art:
3d dynamic aesthetics: The hovering tourbillon and floating barrel or clip of the RM 75-01 contact form a double suspension framework, presenting the rhythm regarding mechanical movement through the sky-blue case.
Bionic design dialect: The palm-shaped tourbillon framework of the RM 66 will pay tribute to the RM 052 skull watch with an Xray perspective effect, transforming the particular symbol of death right into a mechanical aesthetic expression.
Overview
Richard Mille's tourbillon technological innovation breaks through the boundaries involving traditional watchmaking and redefines the performance limit on the tourbillon through material trend, structural innovation and practical integration. From the RM 27-05 that is resistant to 14, 000g shocks to the RM 62-01 that integrates a heurt alarm, each tourbillon is really a concrete expression of the brand's "function determines form" idea, showing the perfect symbiosis connected with watchmaking craftsmanship and great engineering. |
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