The balancing of mechanisms consists in distributing their moving masses, inertias, and
elastic components in order to achieve key mechanical properties, such as the elimination of …

Thanks to their absence of play, absence of contact friction and possible monolithic
fabrication, flexure pivots offer advantages over traditional bearings in small-scale, high …

The tasks of electrical micro-and nanoprobing require precision that goes beyond human
perception and therefore, depend on sensors providing real-time feedback. Efforts towards …

Flexure pivots, which are widely used for precision mechanisms, generally have the
drawback of presenting parasitic shifts accompanying their rotation. The known solutions for …

While flexure time bases have gained significant traction in the watchmaking industry thanks
to their high quality factor and monolithic design, maintaining a stable frequency in varying …

Thanks to their absence of play, absence of contact friction and possible monolithic
fabrication, flexure pivots offer advantages over traditional bearings in small-scale, high …

Flexure pivots, which are widely used for precision mechanisms, generally have the
drawback of presenting parasitic shifts accompanying their rotation. The known solutions for …

Flexure oscillators are promising time bases, thanks to their high quality factor and
monolithic design compatible with microfabrication. In mechanical watchmaking, they could …

Flexure pivot oscillators have the potential to advantageously replace the traditional balance
wheel-spiral spring oscillator used in mechanical watches due to their significantly lower …

A flexible guide for a rotating resonator mechanism, in particular of a horological movement,
the guide including a fixed support, an element that is capable of moving relative to the fixed …