  A Super Flavour Factory, to be built in the Tor Vergata University campus
near Frascati, Italy, will have nano-beams in order to reach a design
luminosity two orders of magnitude higher than the present state of the art.
The knowledge and compensation of the vibrations induced on the beams by the
anthropic noise is then fundamental. The Daphne Phi-factory at LNF, Frascati,
was upgraded in the second half of 2007 in order to implement the large
Piwinski angle and crab waist collision scheme [1] and in 2010 the KLOE
experiment was rolled in for a new data taking and physic program [2]. A
vibration measurement campaign has been performed in Daphne to find out the
actual vibration sensitivity of the final focus doublets. Vibration
measurements were performed on the final focus doublet because of luminosity
losses and photon beam lines instability observations. Measurement results and
stabilization technique to mitigate the effects of the ground motion induced by
the "cultural noise" are presented. Implications of this experience on the
design and stabilization of the super flavour factory final focus doublets will
be discussed.
