We study circular orbits of magnetized particle around Schwarzschild black holeimmersed in the uniform magnetic field. Despite the topic overlaps with the one of [Classical and Quantum Gravity20, 469 (2003)], our calculations complement it by correcting effective potential of the magnetized particle presented in it. As a rule, the effective potential is independent of the energy of test particle. We briefly demonstrate the formalism and present qualitative picture on the effect of the magneticcoupling parameter on innermost stable circular orbits.