The present invention relates to a vibration module for massaging having minimized volume and thickness, and which ensures the flexibility thereof by connecting a printed-circuit board and a battery, as a single body, on a flexible support panel, the printed circuit board being provided with a vibrator and a driving part for same and a controller for the driving part. Additionally, as the vibration of the vibrator can be transmitted to the skin in the form of the vibration of the vibration module itself, the vibration can be transmitted to a comparatively wide area of the human skin compared to the size of the vibrator, and the portability of the vibration module is improved. The vibration module for massaging the skin, according to the present invention, comprises: a printed-circuit board a vibrator disposed on the printed-circuit board a driving part, which is mounted on the printed-circuit board, and which provides vibration power to the vibrator when power is supplied a controller for controlling the vibration state of the vibrator by controlling the driving part a battery for supplying the driving part and the controller with power a support panel for connecting the printed-circuit board and the battery as a single body a power source contact member for electrically connecting the power source terminal of the battery and the power source terminal of the driving part which is disposed on the printed-circuit board and an insulation member, which is attached in the contact area between the power source terminal of the battery and the power source contact member, and which allows, when separated from the battery, a connection between the power source terminal of the battery and the power source contact member.
