A media processing apparatus comprising: a transporter that transports media; a stacking portion on which the media transported by the transporter are stacked; a binding processing portion that binds an upstream end portion (Pu) of a media bundle in a transport direction of the media, the media bundle being a bundle of the media stacked in the stacking portion; a pair of ejection rollers that eject the media bundle downstream in the transport direction by nipping the media bundle, the upstream end portion of the media bundle is bound, and by rotating; a displacement mechanism that displaces a first roller of the pair of ejection rollers to a nipping position at which the media bundle is nipped and a separated position at which the first roller is separated from the media bundle; and a control portion that controls at least the pair of ejection rollers and the displacement mechanism, wherein the control portion, when the media bundle, the upstream end portion of the media bundle is bound, is to be ejected from the stacking portion, disposes the first roller at the nipping position and starts ejection of the media bundle, displaces the first roller to the separated position during ejection of the media bundle, and thereafter, disposes the first roller again at the nipping position to perform ejection of the media bundle, and when viewed from an ejection direction of the media bundle ejected by the pair of ejection rollers, the nipping position of the media bundle nipped by the pair of ejection rollers overlaps a binding processing position of the media bundle bound by the binding processing portion. a transporter that transports media; a stacking portion on which the media transported by the transporter are stacked; a binding processing portion that binds an upstream end portion (Pu) of a media bundle in a transport direction of the media, the media bundle being a bundle of the media stacked in the stacking portion; a pair of ejection rollers that eject the media bundle downstream in the transport direction by nipping the media bundle, the upstream end portion of the media bundle is bound, and by rotating; a displacement mechanism that displaces a first roller of the pair of ejection rollers to a nipping position at which the media bundle is nipped and a separated position at which the first roller is separated from the media bundle; and a control portion that controls at least the pair of ejection rollers and the displacement mechanism, wherein the control portion, when the media bundle, the upstream end portion of the media bundle is bound, is to be ejected from the stacking portion, disposes the first roller at the nipping position and starts ejection of the media bundle, displaces the first roller to the separated position during ejection of the media bundle, and thereafter, disposes the first roller again at the nipping position to perform ejection of the media bundle, and when viewed from an ejection direction of the media bundle ejected by the pair of ejection rollers, the nipping position of the media bundle nipped by the pair of ejection rollers overlaps a binding processing position of the media bundle bound by the binding processing portion.