A coin dispenser comprising: a base that supports the surface of a coin; a coin guiding wall that is disposed on the base and forms a circular storage hole partially having an opening; a rotating disk that can be rotated about a rotating axis in the storage hole, forms a plurality of through holes disposed along a circumferential direction at eccentric positions with respect to the rotating axis, and has a pusher disposed between the mutually adjacent through holes in a back side and projecting to the base side; and a fixed roller (162, 200) that is disposed outside of the storage hole on the base and in a first end side of the opening and is practically fixed to the base; and an ejecting roller that is disposed outside of the storage hole on the base with a predetermined interval from the fixed roller (162, 200) and is elastically biased so as to get closer to the fixed roller (162, 200); the coin dispenser is configured to eject the coin by an elastic action of the ejecting roller after the coin is moved from the storage hole to a part between the fixed roller (162, 200) and the ejecting roller through the opening by pushing the coin by a pushing front surface of the pusher positioned in a rotating direction side of the rotating disk while guiding the coin on the base by the coin guiding wall by rotation of the rotating disk; wherein a fixed guide (163, 164, 202, 204, 206) is disposed on the base to be adjacent to the fixed roller (162, 200) in downstream of the direction of ejection of the coin, characterized in that the fixed guide (163, 164, 202, 204, 206) is configured to enable that a state that the coin is sandwiched between the fixed guide (163, 164, 202, 204, 206) and the ejecting roller is generated, wherein the shape of the fixed guide (163, 164, 202, 204, 206) is set so that the coin is in contact with both of the fixed roller (162, 200) and the fixed guide (163, 164, 202, 204, 206) in the state that the coin is sandwiched between the fixed guide (163, 164, 202, 204, 206) and the ejecting roller. a base that supports the surface of a coin; a coin guiding wall that is disposed on the base and forms a circular storage hole partially having an opening; a rotating disk that can be rotated about a rotating axis in the storage hole, forms a plurality of through holes disposed along a circumferential direction at eccentric positions with respect to the rotating axis, and has a pusher disposed between the mutually adjacent through holes in a back side and projecting to the base side; and a fixed roller (162, 200) that is disposed outside of the storage hole on the base and in a first end side of the opening and is practically fixed to the base; and an ejecting roller that is disposed outside of the storage hole on the base with a predetermined interval from the fixed roller (162, 200) and is elastically biased so as to get closer to the fixed roller (162, 200); the coin dispenser is configured to eject the coin by an elastic action of the ejecting roller after the coin is moved from the storage hole to a part between the fixed roller (162, 200) and the ejecting roller through the opening by pushing the coin by a pushing front surface of the pusher positioned in a rotating direction side of the rotating disk while guiding the coin on the base by the coin guiding wall by rotation of the rotating disk; wherein a fixed guide (163, 164, 202, 204, 206) is disposed on the base to be adjacent to the fixed roller (162, 200) in downstream of the direction of ejection of the coin, characterized in that the fixed guide (163, 164, 202, 204, 206) is configured to enable that a state that the coin is sandwiched between the fixed guide (163, 164, 202, 204, 206) and the ejecting roller is generated, wherein the shape of the fixed guide (163, 164, 202, 204, 206) is set so that the coin is in contact with both of the fixed roller (162, 200) and the fixed guide (163, 164, 202, 204, 206) in the state that the coin is sandwiched between the fixed guide (163, 164, 202, 204, 206) and the ejecting roller.