A press for producing a pressed product from powdered material, comprising - a press frame and a press unit arranged in the press frame with at least one upper press punch and/or at least one lower press punch as well as at least one receptacle for powdered material to be pressed by the upper and/or lower press punch, - at least two upper drive units, each with one upper electric drive motor (30, 31) for moving the upper press punch in a vertical direction, wherein the upper drive units each comprise one upper spindle drive driven by the respective electric drive motor (30, 31) and having an upper spindle (34, 35) and an upper spindle nut (36, 37), and/or at least two lower drive units, each with a lower electric drive motor (42, 43) for moving the lower press punch and/or the receptacle in a vertical direction, wherein the lower drive units each comprise a lower spindle drive driven by the respective electric drive motor (42, 43) and having a lower spindle (44, 45) and a lower spindle nut (50, 51), - wherein the upper drive units act laterally offset on the at least one upper press punch by means of an upper force transmission bridge extending in a horizontal direction, and/or wherein the lower drive units act laterally offset on the at least one lower press punch and/or the receptacle by means of a lower force transmission bridge extending in a horizontal direction, characterized in that - the upper spindle nuts (36, 37) or upper fastening elements each connected to the upper spindle nuts (36, 37) are each connected to the upper force transmission bridge by at least one upper compensation element (56, 58), wherein the compensation elements (56, 58) are each pivotably mounted on the upper spindle nuts (36, 37) or the upper fastening elements on the one hand, and on the upper force transmission bridge on the other hand, and/or the lower spindle nuts (50, 51) or lower fastening elements each connected to the lower spindle nuts (50, 51) are each connected to the lower force transmission bridge by means of at least one lower compensation element (60, 62), wherein the compensation elements (60, 62) are each pivotably mounted on the lower spindle nuts (50, 51) or the lower fastening elements on the one hand, and on the lower force transmission bridge on the other hand. - a press frame and a press unit arranged in the press frame with at least one upper press punch and/or at least one lower press punch as well as at least one receptacle for powdered material to be pressed by the upper and/or lower press punch, - at least two upper drive units, each with one upper electric drive motor (30, 31) for moving the upper press punch in a vertical direction, wherein the upper drive units each comprise one upper spindle drive driven by the respective electric drive motor (30, 31) and having an upper spindle (34, 35) and an upper spindle nut (36, 37), and/or at least two lower drive units, each with a lower electric drive motor (42, 43) for moving the lower press punch and/or the receptacle in a vertical direction, wherein the lower drive units each comprise a lower spindle drive driven by the respective electric drive motor (42, 43) and having a lower spindle (44, 45) and a lower spindle nut (50, 51), - wherein the upper drive units act laterally offset on the at least one upper press punch by means of an upper force transmission bridge extending in a horizontal direction, and/or wherein the lower drive units act laterally offset on the at least one lower press punch and/or the receptacle by means of a lower force transmission bridge extending in a horizontal direction, - the upper spindle nuts (36, 37) or upper fastening elements each connected to the upper spindle nuts (36, 37) are each connected to the upper force transmission bridge by at least one upper compensation element (56, 58), wherein the compensation elements (56, 58) are each pivotably mounted on the upper spindle nuts (36, 37) or the upper fastening elements on the one hand, and on the upper force transmission bridge on the other hand, and/or the lower spindle nuts (50, 51) or lower fastening elements each connected to the lower spindle nuts (50, 51) are each connected to the lower force transmission bridge by means of at least one lower compensation element (60, 62), wherein the compensation elements (60, 62) are each pivotably mounted on the lower spindle nuts (50, 51) or the lower fastening elements on the one hand, and on the lower force transmission bridge on the other hand.