  We investigate non-standard neutrino interactions (NSIs) in the Zee--Babu
model. The size of NSIs predicted by this model is obtained from a full scan
over the parameter space, taking into account constraints from low-energy
experiments such as searches for lepton flavor violation (LFV) and the
requirement to obtain a viable neutrino mass matrix. The dependence on the
scale of new physics as well as on the type of the neutrino mass hierarchy is
discussed. We find that NSIs at the source of a future neutrino factory may be
at an observable level in the nu_e to nu_tau and/or nu_mu to nu_tau channels.
In particular, if the doubly charged scalar of the model has a mass in reach of
the LHC and if the neutrino mass hierarchy is inverted, a highly predictive
scenario is obtained with observable signals at the LHC, in upcoming neutrino
oscillation experiments, in LFV processes, and for NSIs at a neutrino factory.
