Using the Czochralski pulling method, we have grown a single-crystal of orthorhombic Ce3RuSn6 that exhibits a ferromagnetic transition. Here we present electrical resistivity, specific heat, and magnetization measurements of this sample in the temperature range from 2 to 300 K. The electrical resistivity rho displays a -InT temperature dependence from 20 K to above the Curie temperature T-C = 3 K. At T-C, rho decreases, and the specific heat C exhibits a sharp peak due to the magnetic transition. The magnetization measurements reveal that the magnetization M is highly anisotropic, and the magnetic structure below Tc is probably not a simple ferromagnetic structure. When the magnetic field B is applied along the b-axis or the c-axis, M shows a ferromagnetic-like rapid increase or an antiferromagnetic-like cusp anomaly, respectively, at T-C. Moreover, for Bllc, a metamagnetic-like anomaly appears in the magnetization curve at B = 2.5 T. However, for Blla, M does not exhibit a distinct anomaly at T-C. The results indicate that below Tc, Ce3RuSn6 has a non-collinear magnetic structure and that the magnetic moments are aligned in the bc-plane.