The invention discloses a method for selectively removing antimony and bismuth from an induced copper removal liquid, and belongs to the technical field of metallurgy. In actual production, the electrode potential of all impurities is crossed, and the impurities can not be sequentially removed in a certain order. According to the method, the liquid enters an induction copper removal process afterthe vacuum evaporation process, meanwhile, the liquid subjected to copper removal enters the electric evaporation process, under the condition that flow interruption and lack of the liquid can not occur in the normal production process, by controlling the range of the liquid supply amount, each of the removal rates of Sb and Bi is enabled to reach a target removal rate, and the removal rate of arsenic is relatively low; and then the liquid supply amount is accurately adjusted in the liquid supply amount range, the concentration of copper ions is controlled to achieve optimal removal of the bismuth and the antimony, and finally the effect of keeping the arsenic and removing the antimony and the bismuth is achieved. According to the method, the whole production process is convenient to regulate and control, the method is easy to operate and capable of realizing efficient removal of one of the impurities, namely, Sb or Bi, the maximum removal rate of the Sb can reach 95.18%, and the maximum removal rate of the Bi can reach 98.23%, the quality of cathode copper and the comprehensive economic technical indexes of the cathode copper are improved, and the production requirements are met.