  The ALICE Collaboration has studied inclusive $\psi$(2S) production in pp,
p-Pb and Pb-Pb collisions with the ALICE Muon Spectrometer which covers the
rapidity range 2.5 $<$ $y_{\rm lab}$ $<$ 4. The $\psi$(2S) measurement was
performed in the dimuon decay channel. The $\psi$(2S) production cross-section
and $\psi$(2S) to J/$\psi$ cross-section ratio in pp collisions will be
presented, both integrated and differential in rapidity and in transverse
momentum. In p-Pb collisions, $\psi$(2S) results will be compared to the
J/$\psi$ ones by means of the production cross-section ratio and the double
ratio [$\psi$(2S)/J/$\psi$]$_{{\mathrm
{pPb}}}$/[$\psi$(2S)/J/$\psi$]$_{{\mathrm {pp}}}$ studied as a function of the
resonance transverse momentum and event activity of the collision. The
$\psi$(2S) nuclear modification factor, $R_{{\mathrm {pPb}}}$, will also be
presented. Theoretical models based on nuclear shadowing, coherent energy loss
or both cannot describe our results. Therefore other mechanisms must be invoked
in order to describe the $\psi$(2S) production. Finally, results on $\psi$(2S)
production in Pb-Pb collisions will be shown in two transverse momentum ranges
as a function of centrality.
