New Movement Developments, the Genequand Regulator

Sep 16, 2014,04:36 AM
 

There is more happening in the watch world than we may expect, here an example announced yesterday, the Genequand regulator.
 


Photo credit CSEM






Following is the press release from Vaucher Manufacture and the CSEM about the new Genequand regulator:

Fleurier and Neuchâtel, 15 September 2014 - A perfect partnership: the watchmaking skills of Vaucher Manufacture Fleurier (VMF) combined with the creativity of CSEM and its mastery of silicon technologies to produce an invention which drastically increases the power-reserve of the mechanical watch. Culmination of a project initiated seven years ago.

Vaucher Manufacture Fleurier has drawn on all its watchmaking know-how to industrialize a revolutionary mechanism developed by CSEM to replace the traditional Swiss lever escapement. The movement is based on a very advanced technology and merits being proven on an industrial scale: the manufacture therefore plans to release the first movements within a three-year timescale.

An exceptional power-reserve and performance thanks to flexible articulations

Structures on flexible guides are particularly suitable for providing precise, frictionless movements, without the use of lubricants and without wear. Convinced that these advantages could be usefully exploited in micro-engineering and precision watchmaking, Pierre Genequand, a physicist at CSEM, devised a new type of mechanical regulator which uses flexible structures both in the escapement and the oscillator. The major benefit of the regulator proposed by Pierre Genequand is that it drastically reduces the energy consumption of a watch movement. The challenge of adapting such an innovation to the scale of a wristwatch was overcome by combining the excellent mechanical properties of silicon with entirely frictionless pivots mounted on flexible articulations, both in the escapement and the oscillator. In the final analysis, the owners of a watch movement powered by this regulator will need to wind their watch just once a month.

Concretization of an idea first mooted 10 years ago

In keeping with its philosophy of developing innovative projects on behalf of Swiss industry, CSEM is pleased to see the fruits of a decade long collaboration in action. "This is a wonderful meeting of minds with a watch industry partner that has the necessary expertise to turn our invention into an innovation, i.e. a prestigious product which meets its customers' expectations," said a delighted Mario El-Khoury, CEO of CSEM. "The Genequand movement adds a new invention to the history of mechanical watchmaking."

Applied research meets luxury product

Familiar with the production of mechanical movements that use a traditional escapement through the work of its sister company atokalpa, Vaucher Manufacture Fleurier encourages the use of silicon where traditional technologies are less efficient. In the present case, Jean-Daniel Dubois concludes: "The Genequand escapement is an innovation which gives the traditional mechanical watch an exceptional power-reserve. VMF, in its capacity as a high end movement manufacturer, proves its determination to improve still further the performance of the mechanical watch. The Genequand regulator incorporated in a special movement will be marketed by our sister brand Parmigiani Fleurier for an exclusive period. The system will then become available to other clients, powering calibres specifically developed to receive it." The policy of innovation followed by the Fleurier motorist guarantees numerous benefits to its clients, not least the ability to stand out in a world where authenticity and tradition are of paramount importance.


This message has been edited by DonCorson on 2014-09-16 04:37:47


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fascinating stuff, thanks! (nt)

 
 By: ei8htohms : September 16th, 2014-10:12
Nt

Amazing...

 
 By: Goldenlutin : September 16th, 2014-14:26
Of of the few new escapements really using the full potential of silicon. On the other hand they just killed the tic-tac...

The index wheel and arms are reminiscent of the

 
 By: BDLJ : September 17th, 2014-22:16
...Accutron's tuning fork driven jewelled fingers. Though the highlight to me was the wooden working model - all wood screws, bent brass and string. Thanks for bring this to our attention, Don.

Very cool! Thanks, Don Bob [nt]

 
 By: masterspiece : September 19th, 2014-11:11

Curious of the tear/wear on the miniscule parts...

 
 By: tom_hanx : September 26th, 2014-08:06
Given how this is (at best) microns in thickness, I am curious of the durability and future serviceability of the movement... If expected life of this is a month of no-ticking time telling before it is shipped to NASA for sub-orbital repair at the cost of... 

Reminds me, a bit, of Accutron

 
 By: aaronm : November 29th, 2014-19:50
I think it's the 2 alternating pallets and the tooth wheel, but although the regulation is completely different, that one bit looks familiar... thanks for the info A