A vibration apparatus using acoustic wave, the vibration apparatus comprising: a vibration module comprising a vibration generating unit and a vibration amplification unit; and wherein the vibration generating unit includes a housing providing an inner space, a magnet located in the housing, a bobbin located apart from the magnet in a direction of axis of the magnet, a coil disposed at an outer peripheral surface of the bobbin and an elastic member located on one side of the bobbin, wherein the vibration amplification unit includes a probe connected to the bobbin and vibrating in the direction of a central axis of the bobbin, a vibration transmission module configured to couple to the housing directly or indirectly and surround at least a part of the probe, wherein the probe has a predetermined weight to amplify the vibration generated by the vibration generating unit, characterized in that: the vibration transmission module includes a first vibration transmission module formed to surround at least part of the probe and a second vibration transmission module formed to surround at least part of the housing, the second vibration transmission module includes a plurality of coupling members capable of being coupled to at least part of the housing, the first vibration transmission module is connected to the second vibration transmission module, the first vibration transmission module is formed apart from the vibration generating unit, the vibration generated by the vibration generating unit is transmitted to the first vibration transmission module through the second vibration transmission module, at least part of an upper part of the vibration transmission module is opened, and wherein the height of the vibration transmission module is set as a distance (a) from a virtual plane perpendicular to a central axis of the bobbin to an end of the probe when the position of the bobbin is raised to the maximum by the vibration of the bobbin is shorter than a distance from the virtual plane to an end of the upper part of the vibration transmission module to transmit vibration indirectly by the probe. a vibration module comprising a vibration generating unit and a vibration amplification unit; and wherein the vibration generating unit includes a housing providing an inner space, a magnet located in the housing, a bobbin located apart from the magnet in a direction of axis of the magnet, a coil disposed at an outer peripheral surface of the bobbin and an elastic member located on one side of the bobbin, wherein the vibration amplification unit includes a probe connected to the bobbin and vibrating in the direction of a central axis of the bobbin, a vibration transmission module configured to couple to the housing directly or indirectly and surround at least a part of the probe, wherein the probe has a predetermined weight to amplify the vibration generated by the vibration generating unit, characterized in that: the vibration transmission module includes a first vibration transmission module formed to surround at least part of the probe and a second vibration transmission module formed to surround at least part of the housing, the second vibration transmission module includes a plurality of coupling members capable of being coupled to at least part of the housing, the first vibration transmission module is connected to the second vibration transmission module, the first vibration transmission module is formed apart from the vibration generating unit, the vibration generated by the vibration generating unit is transmitted to the first vibration transmission module through the second vibration transmission module, at least part of an upper part of the vibration transmission module is opened, and wherein the height of the vibration transmission module is set as a distance (a) from a virtual plane perpendicular to a central axis of the bobbin to an end of the probe when the position of the bobbin is raised to the maximum by the vibration of the bobbin is shorter than a distance from the virtual plane to an end of the upper part of the vibration transmission module to transmit vibration indirectly by the probe. the vibration transmission module includes a first vibration transmission module formed to surround at least part of the probe and a second vibration transmission module formed to surround at least part of the housing, the second vibration transmission module includes a plurality of coupling members capable of being coupled to at least part of the housing, the first vibration transmission module is connected to the second vibration transmission module, the first vibration transmission module is formed apart from the vibration generating unit, the vibration generated by the vibration generating unit is transmitted to the first vibration transmission module through the second vibration transmission module, at least part of an upper part of the vibration transmission module is opened, and wherein the height of the vibration transmission module is set as a distance (a) from a virtual plane perpendicular to a central axis of the bobbin to an end of the probe when the position of the bobbin is raised to the maximum by the vibration of the bobbin is shorter than a distance from the virtual plane to an end of the upper part of the vibration transmission module to transmit vibration indirectly by the probe.