A method for manufacturing a yield metal powder, wherein dissolved yield metal is mixed with a solution containing at least one intermediary metal for precipitating the dissolved yield metal into the yield metal powder, wherein in the method - a first part of an acid-containing starting solution is brought as an anolyte to the anode side of an electrolytic cell, to be in contact with the anode and a supply material containing the yield metal; and a second part of the acid-containing starting solution, which also contains the intermediary metal, in a higher oxidation state, in addition to acid, is brought to the cathode side of the electrolytic cell, as a catholyte to be in contact with the cathode; - the yield metal is oxidized and dissolved in the anolyte by conducting electric current in the anode; - the intermediary metal contained in the second part of the starting solution is reduced to a lower oxidation state on the cathode side; - anolyte solution and catholyte solution are brought into a precipitation chamber for mixing the oxidized yield metal dissolved in the first part of the starting solution and the second part of the starting solution containing the reduced intermediary metal; - a first part of the circulating solution created as a result of mixing the anolyte solution and the catholyte solution is returned back to anolyte; wherein the first part of the starting solution is composed of the first part of the circulating solution; and - a second part of the circulating solution created as a result of mixing the anolyte solution and the catholyte solution is returned back to catholyte; wherein the second part of the starting solution is composed of the second part of the circulating solution. - a first part of an acid-containing starting solution is brought as an anolyte to the anode side of an electrolytic cell, to be in contact with the anode and a supply material containing the yield metal; and a second part of the acid-containing starting solution, which also contains the intermediary metal, in a higher oxidation state, in addition to acid, is brought to the cathode side of the electrolytic cell, as a catholyte to be in contact with the cathode; - the yield metal is oxidized and dissolved in the anolyte by conducting electric current in the anode; - the intermediary metal contained in the second part of the starting solution is reduced to a lower oxidation state on the cathode side; - anolyte solution and catholyte solution are brought into a precipitation chamber for mixing the oxidized yield metal dissolved in the first part of the starting solution and the second part of the starting solution containing the reduced intermediary metal; - a first part of the circulating solution created as a result of mixing the anolyte solution and the catholyte solution is returned back to anolyte; wherein the first part of the starting solution is composed of the first part of the circulating solution; and - a second part of the circulating solution created as a result of mixing the anolyte solution and the catholyte solution is returned back to catholyte; wherein the second part of the starting solution is composed of the second part of the circulating solution.