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on
1
Intro
2
New Members & Lapel Pins
3
Keeper of Time - A Documentary Film
4
Mainsprings
5
Verge escapement
6
Stackfreed
7
Stopwork
8
Remontoire
9
Dawn of the chain and ſusce
10
Rise and fall
11
Marine chronometers
12
Revival
13
The Premise
14
Traditional chain and fusee
15
Traditional fusee chain
16
My engineer's approach to making a chain
17
136 components
18
Chain after assembly
19
Close-up of the chain
20
The snail cam
21
The principle
22
The result
23
How Logical One works
24
The push winding
25
The secondary barrel
26
The strut bar
27
Sources for lecture visuals
Description:
Explore the fascinating evolution of the chain-and-fusee mechanism in horology through this comprehensive lecture by Romain Gauthier, Founder & CEO of Manufacture Romain Gauthier SA. Delve into the quest for constant force in timekeeping, starting from early concepts like mainsprings and verge escapements, progressing through innovations such as stackfreed, stopwork, and remontoire. Trace the dawn, rise, fall, and revival of the chain and fusee mechanism, with particular focus on its application in marine chronometers. Gain insights into Gauthier's engineer's approach to creating a modern chain-and-fusee system, examining the intricate 136-component chain, snail cam design, and the principles behind the mechanism. Learn about the practical implementation in the Logical One timepiece, including its push winding system and secondary barrel. This in-depth presentation, hosted by the Horological Society of New York, offers a comprehensive look at the technical evolution and engineering ingenuity in the pursuit of precision timekeeping. Read more

The Evolution of the Chain-and-Fusee Mechanism in the Quest for Constant Force - by Romain Gauthier

Horological Society of New York
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