We analyze the lepton flavor violating process μ-e conversion in the framework of the minimal R-symmetric supersymmetric standard model. The theoretical predictions are determined by considering the experimental constraint on parameter δ 12 from the lepton flavor violating decay μ → eγ. The predictions for CRðμ − e; nucleusÞ in nuclei are not sensitive to tan β or m A and take values in a narrow region. The numerical results show that γ penguins dominate the predictions on CRðμ − e; nucleusÞ, and the contribution from Higgs penguins is insignificant. The Z penguins and box diagrams are less dominant in the predictions on CRðμ − e; nucleusÞ in a large parameter region. For small squark mass parameter, the contribution from box diagrams is comparable with dipole contribution from γ penguins. The theoretical predictions on conversion rate CRðμ − e; nucleusÞ in an Al or Ti target can be enhanced close to the future experimental sensitivities and are very promising to be observed in near future experiments.