The invention relates to an ore dressing method for copper-sulfur-white tungsten minerals. The ore dressing method is characterized by sequentially comprising the following steps: after a raw ore is ground, performing magnetic separation to obtain magnetic sulfur concentrates and magnetic separation tailings and performing copper flotation after the magnetic separation tailings are concentrated to obtain copper concentrates and copper flotation tailings; performing sulfur flotation on the copper flotation tailings to obtain sulfur concentrates and sulfur flotation tailings; processing the sulfur flotation tailings by using a centrifugal machine to obtain centrifugal machine concentrates and centrifugal machine tailings; after the centrifugal machine concentrates are concentrated, performing desulfurization flotation to obtain desulphurization concentrates and desulphurization tailings; performing white tungsten flotation on the desulphurization tailings to obtain white tungsten concentrates and white tungsten tailings; after the natural precipitation of the white tungsten tailings, obtaining tailing water and tailings and returning the tailing water for raw ore grinding and all the steps. The ore dressing method for the copper-sulfur-white tungsten minerals, provided by the invention, is simple to operate and lower in cost, can improve the copper-sulfide-white tungsten ore dressing indexes, more facilitates the environmental protection of a mine and is suitable for the ore dressing of the copper-sulfur-white tungsten minerals containing 0.03-2.0 percent of WO3, more than or equal to 0.05 percent of Cu, more than or equal to 5.0 percent of S and more than or equal to 5.0 percent of Fe.