NOVELTY - An organic layer application-liquid (A) containing electric-charge transportable organic compound is applied on the organic functional layer to form organic layer (A). An organic layer application-liquid (B) containing electric-charge transportable organic compound and metallic compound is applied on the organic layer (A) to form organic layer (B), to form organic electric-charge transport layer, to obtain organic electronic device having pair of electrodes on substrate and organic functional layer and organic electric-charge transport layer between the electrodes.    USE - Manufacture of organic electronic device (claimed) e.g. organic electroluminescent (EL) element used for display apparatus for direct viewing of still and moving images, illumination device, projection apparatus and used as lamp for illumination or exposure light source. Can also be used in manufacture of organic solar cell element.    ADVANTAGE - The method provides organic electronic device having excellent aging stability. The organic electronic device controls injection and mobility of carriers in organic electric-charge transport layer. Brightness can be made high and quality can be raised.    DETAILED DESCRIPTION - An organic layer application-liquid (A) containing electric-charge transportable organic compound is applied on the organic functional layer to form organic layer (A). An organic layer application-liquid (B) containing electric-charge transportable organic compound and metallic compound is applied on the organic layer (A) at 5 degrees C higher than the melting point of solvent used in organic layer application-liquid (B) to 15 degrees C to form organic layer (B) on organic layer (A), to form organic electric-charge transport layer, to obtain organic electronic device having pair of electrodes on substrate and organic functional layer and organic electric-charge transport layer between the electrodes. The electric-charge transportable organic compound (80 %mass or more) of organic layer (A) and organic layer (B) is similar compound. The content of metallic compound in organic layer application-liquid (B) is 20-40 %mass with respect to total content of electric-charge transportable organic compound in organic layer (B) and metallic compound.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic view of coating device used during manufacture of organic electronic device.    Support (1)    Backup roll (2)    Application units (10,20,30)    Coaters (11,21)    Liquid feeding pumps (12,22)    Inkjet unit (31)