and my name's are becoming the norm contented used to this paper on optical ray
tracing guided lacing and the one you're follow-up
previously but i was published on a prospective five was published on ray tracing lacing
and the a comes at three models for patients with more than for the opposite
my and all to more than two doctors of astigmatism
and this paper we look at that same cold of patience not have one you're
follow-up
and we compare it to patients who had wavefront guided basic way for an optimized
lace export partly guided leipzig for the same refracted errors
and we look at uncorrected acuity base corrected acuity
safety stability and predictability
and if you look at the results will see that ray tracing is particularly good
and the key reason why ray tracing is so good
because the way that the calculation is the for the lies
so with any normal procedure irrespective of how the diagnostics all is once the laces
given that information the lace assumes that we are treating goals trends i model
so it plans of three and four forty three the optical double curvature
and it twenty four maybe excellent
with the right tracing we optionally create the but if a model for that patient
using their dimensions so we know with the excellent please note big k which is
we know with a lens is inside the
and using this information we can completely customise the treatment planning and this is a
ray tracing his
and one separated by you will see that ray tracing without using any algorithms aufnahmen
trams lens of giving superior results to other of duration propose a been a i've
enjoyed by