A device for simultaneously inspecting a plurality of secondary battery cell pouches, the device comprising: a support member installed for support; a movable member installed to face the support member; pressing panels installed in parallel between the support member and the movable member, and coupled to allow adjustment of a gap between each other by front and rear movements of the movable member; a guide member configured to guide the pressing panel to move in a direction of the gap adjustment; and a pressing drive unit configured to press and release the secondary battery cell pouch between the pressing panels from both sides by moving the movable member back and forth, a current inspection unit configured to apply a voltage to the secondary battery cell pouch and measure its current, an electrode module connected to each of electrode terminals of the secondary battery cell pouch disposed in the gap to thereby apply or receive current, wherein the electrode module is installed in parallel between the pressing panels, and is fixed to the pressing panel to thereby move together with the pressing panel, and wherein the electrode module comprises: a fixed member fixed to one side of the pressing panel; an electrode actuator fixed to the fixed member and having movable tips disposed in the direction of the gap adjustment to allow a gap adjustment; a fixed piece fixed to each of the movable tips; and an electrode connection unit configured to be in surface contact with both side surfaces of the electrode terminal of the secondary battery cell pouch by driving the electrode actuator by being installed to each of the fixed pieces to face each other. a support member installed for support; a movable member installed to face the support member; pressing panels installed in parallel between the support member and the movable member, and coupled to allow adjustment of a gap between each other by front and rear movements of the movable member; a guide member configured to guide the pressing panel to move in a direction of the gap adjustment; and a pressing drive unit configured to press and release the secondary battery cell pouch between the pressing panels from both sides by moving the movable member back and forth, a current inspection unit configured to apply a voltage to the secondary battery cell pouch and measure its current, an electrode module connected to each of electrode terminals of the secondary battery cell pouch disposed in the gap to thereby apply or receive current, wherein the electrode module is installed in parallel between the pressing panels, and is fixed to the pressing panel to thereby move together with the pressing panel, and wherein the electrode module comprises: a fixed member fixed to one side of the pressing panel; an electrode actuator fixed to the fixed member and having movable tips disposed in the direction of the gap adjustment to allow a gap adjustment; a fixed piece fixed to each of the movable tips; and an electrode connection unit configured to be in surface contact with both side surfaces of the electrode terminal of the secondary battery cell pouch by driving the electrode actuator by being installed to each of the fixed pieces to face each other. a fixed member fixed to one side of the pressing panel; an electrode actuator fixed to the fixed member and having movable tips disposed in the direction of the gap adjustment to allow a gap adjustment; a fixed piece fixed to each of the movable tips; and an electrode connection unit configured to be in surface contact with both side surfaces of the electrode terminal of the secondary battery cell pouch by driving the electrode actuator by being installed to each of the fixed pieces to face each other.