A voice coil motor, the VCM comprising: a stator including a magnet suitable to generate a first electromagnetic field; a mover including a bobbin formed with a hollow hole through which light passes and a coil block disposed on a periphery of the bobbin suitable to generate a second electromagnetic field responsive to the first electromagnetic field; a base centrally formed with an opening through which the light passes; and a first elastic member connected to an lower surface of the bobbin and forming a gap at an initial position between the bobbin and the base when the coil block is not applied with a current, a second elastic member connected to an upper surface of the bobbin, a cover can including an upper plate being centrally formed with an opening and a lateral plate being extended from an edge of the upper plate toward the base, characterized in that the bobbin is configured to be driven in a first direction to widen said gap when a current of forward direction is applied to the coil block, and the bobbin is configured to be driven in a second direction to narrow said gap when a current of backward direction is applied to the coil block, wherein the first direction is defined as a direction distancing from the base from the initial position and the second direction is defined as a direction approaching the base from the initial position, wherein said first elastic member includes two elastic members, each member being separated from the other, wherein one of said two elastic members is electrically connected to a first distal end of the wire forming the coil block, and the other of said two elastic members is electrically connected to a second distal end of the wire forming the coil block. a stator including a magnet suitable to generate a first electromagnetic field; a mover including a bobbin formed with a hollow hole through which light passes and a coil block disposed on a periphery of the bobbin suitable to generate a second electromagnetic field responsive to the first electromagnetic field; a base centrally formed with an opening through which the light passes; and a first elastic member connected to an lower surface of the bobbin and forming a gap at an initial position between the bobbin and the base when the coil block is not applied with a current, a second elastic member connected to an upper surface of the bobbin, a cover can including an upper plate being centrally formed with an opening and a lateral plate being extended from an edge of the upper plate toward the base, characterized in that the bobbin is configured to be driven in a first direction to widen said gap when a current of forward direction is applied to the coil block, and the bobbin is configured to be driven in a second direction to narrow said gap when a current of backward direction is applied to the coil block, wherein the first direction is defined as a direction distancing from the base from the initial position and the second direction is defined as a direction approaching the base from the initial position, wherein said first elastic member includes two elastic members, each member being separated from the other, wherein one of said two elastic members is electrically connected to a first distal end of the wire forming the coil block, and the other of said two elastic members is electrically connected to a second distal end of the wire forming the coil block.