A die cushion device comprising: a first hydraulic cylinder configured to support a cushion pad and cause the cushion pad to generate a die cushion force in a case where a slide of a press machine is moved downward; a first hydraulic circuit (140, 140-1, 140-2) configured to drive the first hydraulic cylinder; a first pressure commander configured to output a first pressure command indicating a die cushion pressure corresponding to the die cushion force; a first pressure detector configured to detect a pressure in a lower chamber of the first hydraulic cylinder; and a first controller (160, 160-1, 160-2) configured to control the first hydraulic circuit (140, 140-1, 140-2) based on the first pressure command and the pressure detected by the first pressure detector in such a manner that a pressure applied to the lower chamber of the first hydraulic cylinder is equal to a pressure corresponding to the first pressure command, wherein the first hydraulic circuit (140, 140-1, 140-2) is a hydraulic closed circuit including a die cushion pressure generation line connected to the lower chamber of the first hydraulic cylinder, a system pressure line to which a first accumulator configured to accumulate hydraulic fluid having a first system pressure is connected, a logic valve which is pilot-operated, and has an A port connected to the die cushion pressure generation line and a B port connected to the system pressure line, characterized in that the first hydraulic circuit further comprises a pressure generator (SM1, HP, P/M1) configured to generate a pilot pressure to act on a pilot port of the logic valve, wherein the first controller (160, 160-1, 160-2) is configured to control the pilot pressure generated by the pressure generator (SM1, HP, P/M1) based on the first pressure command and the pressure detected by the first pressure detector, and is configured to control a pressure of hydraulic fluid flowing from the A port of the logic valve to the B port of the logic valve in such a manner that a pressure of hydraulic fluid in the lower chamber of the first hydraulic cylinder which is a pressure on the A port side is equal to the pressure corresponding to the first pressure command. a first hydraulic cylinder configured to support a cushion pad and cause the cushion pad to generate a die cushion force in a case where a slide of a press machine is moved downward; a first hydraulic circuit (140, 140-1, 140-2) configured to drive the first hydraulic cylinder; a first pressure commander configured to output a first pressure command indicating a die cushion pressure corresponding to the die cushion force; a first pressure detector configured to detect a pressure in a lower chamber of the first hydraulic cylinder; and a first controller (160, 160-1, 160-2) configured to control the first hydraulic circuit (140, 140-1, 140-2) based on the first pressure command and the pressure detected by the first pressure detector in such a manner that a pressure applied to the lower chamber of the first hydraulic cylinder is equal to a pressure corresponding to the first pressure command, wherein the first hydraulic circuit (140, 140-1, 140-2) is a hydraulic closed circuit including a die cushion pressure generation line connected to the lower chamber of the first hydraulic cylinder, a system pressure line to which a first accumulator configured to accumulate hydraulic fluid having a first system pressure is connected, a logic valve which is pilot-operated, and has an A port connected to the die cushion pressure generation line and a B port connected to the system pressure line, characterized in that the first hydraulic circuit further comprises a pressure generator (SM1, HP, P/M1) configured to generate a pilot pressure to act on a pilot port of the logic valve, wherein the first controller (160, 160-1, 160-2) is configured to control the pilot pressure generated by the pressure generator (SM1, HP, P/M1) based on the first pressure command and the pressure detected by the first pressure detector, and is configured to control a pressure of hydraulic fluid flowing from the A port of the logic valve to the B port of the logic valve in such a manner that a pressure of hydraulic fluid in the lower chamber of the first hydraulic cylinder which is a pressure on the A port side is equal to the pressure corresponding to the first pressure command.