  The ALICE Collaboration has studied the inclusive $\psi(\mathrm{2S})$ meson
production in pp, p-Pb and Pb-Pb collisions at the CERN LHC. The
$\psi(\mathrm{2S})$ is detected through its decay to a muon pair, using the
forward Muon Spectrometer, which covers the pseudo-rapidity range
$-4<\eta<-2.5$. The $\psi(\mathrm{2S})$ production cross sections in pp
collisions are presented as a function of rapidity (y) and transverse momentum
($p_{\mathrm{T}}$). In p-Pb collisions, $\psi(\mathrm{2S})$ results are
compared to the J/$\psi$ ones by the ratio of their production cross sections
as a function of rapidity, transverse momentum and event activity. The
$\psi(\mathrm{2S})$ nuclear modification factor, $R_{\mathrm{pA}}$, is also
discussed. The results show a $\psi(\mathrm{2S})$ suppression compared to the
one observed for the J/$\psi$ meson and are not described by theoretical models
including cold nuclear matter effects as nuclear shadowing and energy loss.
Finally, the preliminary results of $\psi(\mathrm{2S})$ meson production in
Pb-Pb collisions are shown in two $p_{\mathrm{T}}$ ranges as a function of the
collision centrality.
