NOVELTY - The method involves applying an anode layer i.e. lithium metal film (2), on a current collector layer (1) by thermal vapor deposition, and applying optionally a solid body ion conductor layer on the anode layer. A polymer electrolyte layer is applied on the solid body ion conductor layer and/or on the anode layer by rotation coating. A sulfur-containing cathode layer is applied on the polymer electrolyte layer by the rotation coating. A spacer disk is applied on the cathode layer, provided in form of an opened ring and/or designed for formation of a gas supply unit for the cathode layer.    USE - Method for manufacturing a galvanic cell e.g. gas cell such as lithium oxygen-, lithium-air-, zinc-oxygen-, zinc-air-, magnesium oxygen- and/or magnesium-air cell, lithium sulfur cell and lithium ion cell, or a battery e.g. lithium battery and gas battery such as a lithium oxygen-, lithium-air-, lithium-sulfur-, lithium ion-, zinc-oxygen-, zinc-air-, magnesium oxygen- and/or magnesium-air batteries (all claimed), for a mobile system i.e. vehicle such as a hybrid vehicle, plug-in hybrid vehicle or full-electric vehicle, or a stationary system such as a stationary energy storage system in a home, a technical system, an electric power tool, an electrical garden apparatus or an electronic device e.g. notebook, personal digital assistant (PDA) or mobile telephone.    ADVANTAGE - The method enables manufacturing the galvanic cell and the battery with small internal resistance, higher rating power and low tolerance. The anode layer is formed as the lithium metal film and protected against environmental influences such as oxygen. The solid-state ion conductor layer prevents growth of dendrites from the lithium metal of the lithium-metal-layer. The polymer solution is directly applied on the solid body ion conductor layer and solvent is evaporated, thus achieving better adhesion between the solid body ion conductor layer and polymer electrolytes. The rotation coating enables achieving better connection between the layers.    DETAILED DESCRIPTION - The cathode layer is designed as a gas diffusion electrode for a gas cell. The cathode layer for a lithium sulfur cell is made of intercalation material. The current collector layer is formed as a nickel carrier film. An INDEPENDENT CLAIM is also included for a gas battery.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross sectional view of a layer system with a current collector layer and an anode layer.    Current collector layer (1)    Lithium metal film (2)