A method for producing an elastomer-based film-stack actuator, comprising: a) a starting process with the steps of: a1) preparing an elastomeric film with an elastomeric layer and two covering layers (201, 203) in the form of a lamination layer and a liner layer and a2) removing one of the two covering layers (201, 203) from the elastomeric film for producing a delaminated film arrangement, b) a stacking process, following the starting process, with the steps of: b1) applying a layer of electrodes (301, 601) on the elastomeric layer of the delaminated film arrangement, b2) laminating a further delaminated elastomeric film on the film arrangement, which has been provided with electrodes (301, 601), and b3) removing one of the two covering layers from the laminated film arrangement for producing a delaminated film arrangement, wherein the steps b1) to b3) are repeated at least once in the stacking process b), wherein the electrodes (301, 601) are applied in consecutive, alternating steps b1) with an offset of between 0.2 mm and 2.0 mm and wherein the delaminated film arrangement, produced in the previous step b3), is made available to the repeated step b1) as a delaminated film arrangement, c) a finalizing process, following the stacking process, with the steps of: c1) contacting the electrodes (301, 601) of the film arrangement, produced by the stacking process, c2) separating stacking actuators of the film arrangement, produced by the stacking process, and c3) encapsulating the separated stacking actuators. a) a starting process with the steps of: a1) preparing an elastomeric film with an elastomeric layer and two covering layers (201, 203) in the form of a lamination layer and a liner layer and a2) removing one of the two covering layers (201, 203) from the elastomeric film for producing a delaminated film arrangement, a1) preparing an elastomeric film with an elastomeric layer and two covering layers (201, 203) in the form of a lamination layer and a liner layer and a2) removing one of the two covering layers (201, 203) from the elastomeric film for producing a delaminated film arrangement, b) a stacking process, following the starting process, with the steps of: b1) applying a layer of electrodes (301, 601) on the elastomeric layer of the delaminated film arrangement, b2) laminating a further delaminated elastomeric film on the film arrangement, which has been provided with electrodes (301, 601), and b3) removing one of the two covering layers from the laminated film arrangement for producing a delaminated film arrangement, wherein the steps b1) to b3) are repeated at least once in the stacking process b), wherein the electrodes (301, 601) are applied in consecutive, alternating steps b1) with an offset of between 0.2 mm and 2.0 mm and wherein the delaminated film arrangement, produced in the previous step b3), is made available to the repeated step b1) as a delaminated film arrangement, b1) applying a layer of electrodes (301, 601) on the elastomeric layer of the delaminated film arrangement, b2) laminating a further delaminated elastomeric film on the film arrangement, which has been provided with electrodes (301, 601), and b3) removing one of the two covering layers from the laminated film arrangement for producing a delaminated film arrangement, c) a finalizing process, following the stacking process, with the steps of: c1) contacting the electrodes (301, 601) of the film arrangement, produced by the stacking process, c2) separating stacking actuators of the film arrangement, produced by the stacking process, and c3) encapsulating the separated stacking actuators. c1) contacting the electrodes (301, 601) of the film arrangement, produced by the stacking process, c2) separating stacking actuators of the film arrangement, produced by the stacking process, and c3) encapsulating the separated stacking actuators.