A coin handling device for a coin handling machine , the coin handling device comprising: a coin container configured to define a volume and to hold a mass of coins input to the coin container in the volume ; a coin output arrangement arranged at a lower end of the coin container , said coin output arrangement being configured to output one or more coins of the mass of coins from the coin container at a bottom of the volume , wherein the coin handling device is configured to be arranged in an orientation for use such that coins will be pulled towards the bottom of the volume by the gravitational field; wherein the coin handling device further comprises a bridge-counteracting arrangement configured to counteract coin bridge formation in the volume , the bridge-counteracting arrangement comprising a center shaft protruding from the bottom of the volume into the volume , the center shaft being configured to perform a rotational motion around a rotational axis of the center shaft , and a bridge-breaking element presenting a coin interacting surface arranged in the volume and facing away from the bottom of the volume , wherein the coin interacting surface extends externally to a perimeter of the center shaft , towards an inner wall defining the volume ; wherein the center shaft comprises a distal end with respect to the bottom of the volume , which distal end is coupled to the bridge-breaking element for enabling conversion of the rotational motion of the center shaft to a wiggling motion of the coin interacting surface , whereby coin bridge formation is counteracted; wherein the bridge-counteracting arrangement further comprises a tilt shaft comprising a first end and a second end , wherein the first end of the tilt shaft is fixedly coupled to the distal end of the center shaft such that the tilt shaft forms a tilt angle with respect to the rotational axis of the center shaft , and wherein the second end of the tilt shaft is rotatably coupled to the bridge-breaking element . a coin container configured to define a volume and to hold a mass of coins input to the coin container in the volume ; a coin output arrangement arranged at a lower end of the coin container , said coin output arrangement being configured to output one or more coins of the mass of coins from the coin container at a bottom of the volume , wherein the coin handling device is configured to be arranged in an orientation for use such that coins will be pulled towards the bottom of the volume by the gravitational field; wherein the coin handling device further comprises a bridge-counteracting arrangement configured to counteract coin bridge formation in the volume , the bridge-counteracting arrangement comprising a center shaft protruding from the bottom of the volume into the volume , the center shaft being configured to perform a rotational motion around a rotational axis of the center shaft , and a bridge-breaking element presenting a coin interacting surface arranged in the volume and facing away from the bottom of the volume , wherein the coin interacting surface extends externally to a perimeter of the center shaft , towards an inner wall defining the volume ; wherein the center shaft comprises a distal end with respect to the bottom of the volume , which distal end is coupled to the bridge-breaking element for enabling conversion of the rotational motion of the center shaft to a wiggling motion of the coin interacting surface , whereby coin bridge formation is counteracted; wherein the bridge-counteracting arrangement further comprises a tilt shaft comprising a first end and a second end , wherein the first end of the tilt shaft is fixedly coupled to the distal end of the center shaft such that the tilt shaft forms a tilt angle with respect to the rotational axis of the center shaft , and wherein the second end of the tilt shaft is rotatably coupled to the bridge-breaking element . <EOS>