The trajectory tracking task of a magnetic levitation system connected to a beam CLIPPERS CLEANER mechanism is solved by means of a nested saturation control with a feedforward term.The flatness property of the system allows to use the nested saturation control technique and the feedforward control to stabilize the Cleansing Balm output tracking error around the equilibrium.The closed-loop error dynamics is proven to be locally exponentially stable.Numerical simulations prove the effectiveness of the proposal.