Fiber laser cladding repairing is performed on the surface of stainless steel with wire feeding. The effects of laser process parameters on the cladding track geometry are studied. In order to apply on multi-track and multi-layer cladding repairing practice, the best range of overlapping rate is also investigated. The results show that the laser cladding track geometry is mainly attributed to laser power, scanning speed and wire feeding speed, while defocusing distance has relatively small effect on the formation and geometry of cladding track. When the laser energy density is 100 J/mm2 and the wire fusion rate is 39.44×10-6 g/J, the stable and smooth cladding track is obtained. When the overlapping rate varies from 45 % to 53 %, the values of multi-track single-layer cladding surface smoothness are 100 μm or less.