  We consider a scalar dark matter annihilations to light leptons mediated by
charged exotic fermions. The interaction of this model also adds a correction
to dipole moments of light leptons. In the simplified model, these processes
will depend upon the same coupling constants. The tight experimental bounds on
the dipole moments of light leptons will constrain the coupling constants.
Consequently, this bound will then limit the annihilations. We will produce
this dipole moment bounds on the annihilation. From this analysis, we report
that the bound on annihilation to the electrons is $4.0\times10^{-7}\pb$ (g-2)
+ $8.8\times 10^{-15}\pb$ (EDM) and the muons is $5.6\times 10^{-4}\pb$ (g-2) +
$180\pb$ (EDM), in the limit where the mediator is much heavier than dark
matter. The parentheses indicate the dipole moment used to obtain the values.
We note that only the annihilation to muons through a CP-violating (EDM)
coupling is not excluded from indirect detection experiments.
