The magnetic field correction systems in the optimized lattice of the NICA collider are considered. The dipole, normal and skew quadrupoles, sextupole and octupole additional windings are placed in the corrector elements to compensate separately the alignment errors, betatron tune shifts, betatron coupling, chromaticity and non-linear fields. The overall correction effect should increase the dynamic aperture and provide the required beam and luminosity lifetime of the collider.