This paper shows the mathematical model and control of a new ball and beam system with magnetic levitation. The proposed system is a combination between the magnetic levitation system of one degree of freedom and the conventional ball and beam system. The given system is nonlinear and under actuate showing interesting characteristics from the control point of view for using it in a control lab. The dynamic model of the system is obtained based on the Lagrange's method. The algorithms of gain scheduling and sliding mode are used to stabilize the system in simulations and in the lab.