A method for producing a cushion for an orthopedic device, the cushion having at least one fluid-filled volume, wherein the method comprises the following steps: a) Compression molding of a three-dimensional first cushion component made of at least a first material, which is preferably elastic, in a mold that comprises an inner mold and outer mold, b) Bonding the first cushion component to at least a second cushion component in such a way that the fluid-filled volume is created, wherein step a) in the method comprises the following steps: a1) Filling the mold with raw material, a2) Pressing the raw material between the inner mold and outer mold, a3) Vulcanizing of the raw material between inner mold and outer mold, thereby creating the first cushion component, characterized in that the first cushion component and/or the at least one second cushion component has areas of different wall thicknesses and/or a surface with areas of different structure and/or roughness and that the fluid-filled volume comprises multiple chambers that are connected to each other via fluid connections. having at least one fluid-filled volume, wherein the method comprises the following steps: a) Compression molding of a three-dimensional first cushion component made of at least a first material, which is preferably elastic, in a mold that comprises an inner mold and outer mold, b) Bonding the first cushion component to at least a second cushion component in such a way that the fluid-filled volume is created, wherein step a) in the method comprises the following steps: a1) Filling the mold with raw material, a2) Pressing the raw material between the inner mold and outer mold, a3) Vulcanizing of the raw material between inner mold and outer mold, thereby creating the first cushion component, characterized in that the first cushion component and/or the at least one second cushion component has areas of different wall thicknesses and/or a surface with areas of different structure and/or roughness and that the fluid-filled volume comprises multiple chambers that are connected to each other via fluid connections. a) Compression molding of a three-dimensional first cushion component made of at least a first material, which is preferably elastic, in a mold that comprises an inner mold and outer mold, b) Bonding the first cushion component to at least a second cushion component in such a way that the fluid-filled volume is created, wherein step a) in the method comprises the following steps: a1) Filling the mold with raw material, a2) Pressing the raw material between the inner mold and outer mold, a3) Vulcanizing of the raw material between inner mold and outer mold, thereby creating the first cushion component, characterized in that the first cushion component and/or the at least one second cushion component has areas of different wall thicknesses and/or a surface with areas of different structure and/or roughness and that the fluid-filled volume comprises multiple chambers that are connected to each other via fluid connections. a1) Filling the mold with raw material, a2) Pressing the raw material between the inner mold and outer mold, a3) Vulcanizing of the raw material between inner mold and outer mold, thereby creating the first cushion component, characterized in that the first cushion component and/or the at least one second cushion component has areas of different wall thicknesses and/or a surface with areas of different structure and/or roughness and that the fluid-filled volume comprises multiple chambers that are connected to each other via fluid connections.