  The well understood structure of $U_{pmns}$ matrix mandates a Cabibbo mixing
matrix in the first two generations of the charged lepton sector if we assume
Tri-bimaximal mixing in the neutrino sector. This ansatz, called
Tri-bimaximal-Cabibbo mixing, is ruled out immediately by the experiments
searching for charged lepton flavour violating currents. In this article, we
aim to show that the resurrection of the theoretically well motivated
Tri-bimaximal mixing scenario comes naturally within Minimal Flavour Violation
hypothesis in the lepton sector. We analyse the flavour violating currents
$\mu\rightarrow e e e$, $\mu Ti \to e Ti$, $\mu \rightarrow e \gamma$,
$\pi^0\rightarrow e^+ \mu^{-}$ and $K_L \rightarrow \mu^+ e^-$ in this scenario
and show that the New Physics that generates mixing among the charged lepton
could lie within the reach of hadron colliders. In the minimal field content
scenario, though the most stringent constrain on New Physics is $\gtrsim
\mathcal{O}(10$ TeV) for maximal coupling, considering more natural couplings
relaxes it to $\gtrsim \mathcal{O}(4$ TeV). On the other hand, New Physics with
the extended field content is even more strongly constrained to $\gtrsim
\mathcal{O}(75$ TeV) for maximal coupling, while it gets relaxed to $\gtrsim
\mathcal{O}(31$ TeV) for natural scenario.
