  In this work we prob a class of neutrino mass models at both Large Hadron
Collider (LHC) energies 8 TeV and 14 TeV. The focus will be on the new
introduced interaction terms between a singlet charged scalar, $S^{\pm}$, and
leptons leading to different final states
$pp\rightarrow\ell_{\alpha}^{\pm}\ell_{\beta}^{\mp}$ +$\slashed E$ with
$\ell_{\alpha}\ell_{\beta}=ee,e\mu,\mu\mu$ that implies lepton flavor violation
(LFV). An accurate cut on the $M_{T2}$ eventvariable is found to be crucial for
an effective suppression of the large Standard Model background. The obtained
results can be translated into a possible detectability of the charged scalars
effect..
