A new DC muon beamline MuSIC was set up at the Research Centre for Nuclear Physics (RCNP), Osaka University. The MuSIC beamline provides an intense low-energy muon beam with distinc- tive devices of superconducting solenoid magnets. A beamline commissioning and a feasibility study for $\mu$SR (Muon spin rotation, relaxation and resonance) are in progress. In the commissioning, ∼10$^5$ count/(sec·1$\mu$A-proton) of negative muons and ∼10$^6$ count/(sec·1$\mu$A-proton) of positive muons were measured with TOF setup in the experimental port using 60 MeV/$c$ muon beam. The non-destructive elemental analyses and nuclear physics experiments with a negative muon beam have been recently started. In a feasibility study for μSR with a positive muon beam, we observed spin asymmetry spectra with a test sample in a magnetic field of 0.004 Tesla using a newly constructed $\mu$SR spectrometer.