The PHESAT95 campaign organized by the IMCCE resulted in 65 lightcurves 
of mutual events involving the 6 major Saturnian satellites, observed all around
the world. We performed an astrometric reduction of these 65 lightcurves in 
order to get very accurate positions.
	We modelled the light of the satellites involved in every event, taking
account of the anisotropy of the light diffusion by the surface of
atmosphereless bodies. We used photometric parameters known thanks to
spacecrafts.
	Some lightcurves are more or less noisy than some others ones, that is
the reason why we splitted the results into 3 parts: the "best", the "average",
and the others. There are 16 "best" positions, with a mean accuracy of 25-30
mas. Moreover, we pointed out the improvements given by considering the surface
effects, and an ambiguity between 2 possible positions when the distance between
2 satellites is too low.