We consider the influence of the local-field correction on the characteristics of attractors in a model of a single-mode
homogeneously broadened laser. It is shown that the local-field correction changes the Lyapunov spectrum in a non-trivial
way. The symmetry breaking leads to a shift of the chaotic behavior of the system towards the range of negative
detunings from resonance, while for the positive detuning up to a certain value, it is possible to realize only a periodical
regime of lasing.