Discovery of the Miyota 2036 mechanism, a standard of precision
Concept and characteristics of the Miyota 2036 movement
The Miyota 2036 movement is one of the flagship creations of the MIYOTA range, articulating its design around a high precision standard. Featuring a greater hand height, this unique mechanism allows for designs that take advantage of the depth of the dial. Compact at 6 3/4×8'' and a low height of 3.15 mm, the Miyota 2036 offers a subtle watchmaking experience to its wearer.
Claiming an accuracy of ±20 seconds per month, this movement is distinguished by its reliability and consistent performance. The focus on durability is also reflected in the battery life, which lasts an impressive 3 years. This combination of features is a definite plus for any watch adopting the Miyota 2036 mechanism.
The balance weight of the Miyota 2036 and its functions
The Miyota 2036 features a balance weight of 0.40 μN・m for the minute and 0.07 μN・m for the second. This level of precision ensures a balanced distribution of the hands' weight, allowing for proper rotation and easy reading of the time.
The Miyota 2036 is equipped with a “3-hand” function, which provides a clear and constant indication of the time. This function reveals the hour, minute as well as the second, giving the wearer an accurate measurement of the passage of time.
The Miyota 2036 movement: precision and durability
The reliability of the Miyota 2036 mechanism lies in its robust yet compact structure. Its moderate size allows it to fit into a wide variety of watch designs, providing flexibility to watch manufacturers.
The Miyota 2036 mechanism is also characterized by constant precision, resulting in a variation of only ±20 seconds per month. It thus ensures wearers of a precise time indication, whatever the conditions of use.
In summary, the Miyota 2036 mechanism is a high-performance and durable option for watchmaking. Its compact size and controlled energy consumption are assets that make it an essential choice for many contemporary watch brands.
