A disk device where drive mechanisms of a drawing lever and a discharge lever are received in a limited space and where breakage in abnormal operation can be prevented. In a disk device, a base body (10) has a drawing lever (80) for inserting a disk, a discharge lever (100) for discharging the disk, and a slider mechanism for pivoting the drawing lever (80) and the discharge lever (100). The slider mechanism has a first cam groove for sliding a first pin of the drawing lever (80) and a second cam groove for sliding a second pin of the discharge lever (100). The drawing lever (80) pivots when the first pin slides in the first cam groove as the slider mechanism operates, and the discharge lever (100) pivots when the second pin slides in the second cam groove as the slider mechanism operates. The slider mechanism has an elastic member (44) extending and retracting in a sliding direction of the slider mechanism, a first movable piece (45) provided on one end side of the elastic member (44), and a second movable piece (46) provided on the other end side of the elastic member (44). A load from the disk to the drawing lever (80) causes the first pin to displace the first movable piece (45), and a load from the disk to the discharge lever (100) causes the second pin to displace the second movable piece (46). |