A rejuvenation and massage device comprising: an insertable device having an insertable end, a handle end and at least one contact surface, the insertable device being insertable into a vagina and the contact surface being configured to contact vaginal tissue, the insertable device being formed by a shell comprising a transparent portion forming a treatment window between opaque portions of the shell, the treatment window being positioned between the insertable end of the insertable device and the handle end of the insertable device; a light emitting mechanism integrated within the insertable device, the light emitting mechanism comprising one or more light emitters located at the treatment window, the one or more light emitters configured to emit light that passes through the transparent portion of the shell forming the treatment window to apply thermal loading at a temperature sufficient to induce neocollagenesis, neofibrogenesis, or neoelastogenesis in the vaginal tissue; a vibration mechanism integrated within the insertable device and configured to provide vibration to the vaginal tissue to massage the vaginal tissue during the application of thermal loading; a safety temperature mechanism integrated within the insertable device and configured to measure temperature of vaginal tissue in contact with the insertable device; a power source associated with the insertable device; a controller integrated within the insertable device coupled to the safety temperature mechanism, vibration mechanism, and power source; and a user interface located at the handle end of the insertable device and coupled to the controller and accessible by a user, the controller configured to receive feedback from the user using the user interface. an insertable device having an insertable end, a handle end and at least one contact surface, the insertable device being insertable into a vagina and the contact surface being configured to contact vaginal tissue, the insertable device being formed by a shell comprising a transparent portion forming a treatment window between opaque portions of the shell, the treatment window being positioned between the insertable end of the insertable device and the handle end of the insertable device; a light emitting mechanism integrated within the insertable device, the light emitting mechanism comprising one or more light emitters located at the treatment window, the one or more light emitters configured to emit light that passes through the transparent portion of the shell forming the treatment window to apply thermal loading at a temperature sufficient to induce neocollagenesis, neofibrogenesis, or neoelastogenesis in the vaginal tissue; a vibration mechanism integrated within the insertable device and configured to provide vibration to the vaginal tissue to massage the vaginal tissue during the application of thermal loading; a safety temperature mechanism integrated within the insertable device and configured to measure temperature of vaginal tissue in contact with the insertable device; a power source associated with the insertable device; a controller integrated within the insertable device coupled to the safety temperature mechanism, vibration mechanism, and power source; and a user interface located at the handle end of the insertable device and coupled to the controller and accessible by a user, the controller configured to receive feedback from the user using the user interface.