A camera comprising a VCM, i.e. a Voice Coil Motor, a lens and an image sensor, wherein the VCM comprises: a base formed with an opening; a mover including a bobbin formed with a hollow hole and a coil block disposed on a periphery of the bobbin; a magnet configured to interact with the coil block; an elastic member including a first elastic member coupled to a lower portion of the bobbin and a second elastic member coupled to a upper portion of the bobbin; and 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 each of the first and second elastic members (410, 420) comprises an inner elastic unit (412, 422) coupled to the bobbin, an outer elastic unit (414, 424), and a connection elastic unit (416, 426) connecting the inner and outer elastic units (412, 422, 414, 424), the elastic member is configured to support the bobbin and to form a first gap between the bobbin and the base and a second gap between the bobbin and the cover can at an initial position where a current for driving the VCM is not applied to the coil block, the inner elastic unit of the first elastic member is disposed at a position lower than the outer elastic unit of the first elastic member at the initial position, the inner elastic unit of the second elastic member is disposed at a position lower than the outer elastic unit of the second elastic member at the initial position, and the mover is stationary and distanced from both the base and the cover can at the initial position, and the mover is configured to be driven along an optical axis downwardly to decrease the first gap from the initial position when a backward current is applied to the coil block, and the mover is configured to be driven along the optical axis upwardly to decrease the second gap from the initial position when a forward current is applied to the coil block, wherein the VCM is adapted to move the mover downwardly from the initial position to a reference position by applying the backward current to the coil block, and to move the mover upwardly from the reference position toward the initial position by reducing the backward current applied to the coil block, and to move the mover upwardly by applying the forward current to the coil block, and to stop the mover at a position of an optimum focus by moving the mover to a position deviated from the position of the optimum focus and then by returning the bobbin to the position of the optimum focus by decreasing the forward current. a base formed with an opening; a mover including a bobbin formed with a hollow hole and a coil block disposed on a periphery of the bobbin; a magnet configured to interact with the coil block; an elastic member including a first elastic member coupled to a lower portion of the bobbin and a second elastic member coupled to a upper portion of the bobbin; and 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 each of the first and second elastic members (410, 420) comprises an inner elastic unit (412, 422) coupled to the bobbin, an outer elastic unit (414, 424), and a connection elastic unit (416, 426) connecting the inner and outer elastic units (412, 422, 414, 424), the elastic member is configured to support the bobbin and to form a first gap between the bobbin and the base and a second gap between the bobbin and the cover can at an initial position where a current for driving the VCM is not applied to the coil block, the inner elastic unit of the first elastic member is disposed at a position lower than the outer elastic unit of the first elastic member at the initial position, the inner elastic unit of the second elastic member is disposed at a position lower than the outer elastic unit of the second elastic member at the initial position, and the mover is stationary and distanced from both the base and the cover can at the initial position, and the mover is configured to be driven along an optical axis downwardly to decrease the first gap from the initial position when a backward current is applied to the coil block, and the mover is configured to be driven along the optical axis upwardly to decrease the second gap from the initial position when a forward current is applied to the coil block, wherein the VCM is adapted to move the mover downwardly from the initial position to a reference position by applying the backward current to the coil block, and to move the mover upwardly from the reference position toward the initial position by reducing the backward current applied to the coil block, and to move the mover upwardly by applying the forward current to the coil block, and to stop the mover at a position of an optimum focus by moving the mover to a position deviated from the position of the optimum focus and then by returning the bobbin to the position of the optimum focus by decreasing the forward current.