A medical device for at least one of treating female urinary incontinence, treating fecal incontinence, and vaginoplasty, comprising: an elongated wand portion having a generally cylindrical shape, the wand having a proximal end and a distal end; a fractional radiofrequency array proximate the distal end of the wand, the fractional RF array having a plurality of electrodes distributed over an area of greater than 1 cm 2 for delivering RF energy to a target tissue of a patient; and dielectric material covering one or more electrodes within the RF array such that said one or more electrodes are electrically insulated from the target tissue of the patient, and energy is transmitted from the one or more electrodes to said target tissue of the patient via capacitive coupling; wherein the device further comprises an impedance sensor for measuring an impedance from said electrodes through said target tissue; and a feedback control loop for controlling how much RF energy is delivered through said electrodes in order to maintain a temperature of said target tissue at a desired temperature, wherein said feedback control loop maintains a temperature of said target tissue of 40° to 44° C; and wherein the device further comprises a plurality of visible circumferential gradations on said elongated wand portion, the circumferential gradations being spaced a distance apart that approximately equals a width of said fractional RF array, such that when the fractional RF array is inserted inside a patient a doctor can rotate the wand by one circumferential gradation at a time for achieving substantial uniform RF energy exposure of the target tissue as the wand is rotated without the doctor being able to see either the fractional RF array or the target tissue that is being exposed to the RF energy, optionally wherein said visible circumferential gradations comprise grooves; or wherein the device further comprises a plurality of visible longitudinal gradations on said elongated wand portion, the longitudinal gradations being spaced a distance apart that approximately equals a longitudinal length of said fractional RF array, such that when the fractional RF array is inserted inside a patient a doctor can insert or retract the wand one longitudinal gradation at a time for achieving substantial uniform RF energy exposure of the target tissue without being able to see either the fractional RF array or the target tissue that is being exposed to the RF energy. an elongated wand portion having a generally cylindrical shape, the wand having a proximal end and a distal end; a fractional radiofrequency array proximate the distal end of the wand, the fractional RF array having a plurality of electrodes distributed over an area of greater than 1 cm 2 for delivering RF energy to a target tissue of a patient; and dielectric material covering one or more electrodes within the RF array such that said one or more electrodes are electrically insulated from the target tissue of the patient, and energy is transmitted from the one or more electrodes to said target tissue of the patient via capacitive coupling; wherein the device further comprises an impedance sensor for measuring an impedance from said electrodes through said target tissue; and a feedback control loop for controlling how much RF energy is delivered through said electrodes in order to maintain a temperature of said target tissue at a desired temperature, wherein said feedback control loop maintains a temperature of said target tissue of 40° to 44° C; and wherein the device further comprises a plurality of visible circumferential gradations on said elongated wand portion, the circumferential gradations being spaced a distance apart that approximately equals a width of said fractional RF array, such that when the fractional RF array is inserted inside a patient a doctor can rotate the wand by one circumferential gradation at a time for achieving substantial uniform RF energy exposure of the target tissue as the wand is rotated without the doctor being able to see either the fractional RF array or the target tissue that is being exposed to the RF energy, optionally wherein said visible circumferential gradations comprise grooves; or wherein the device further comprises a plurality of visible longitudinal gradations on said elongated wand portion, the longitudinal gradations being spaced a distance apart that approximately equals a longitudinal length of said fractional RF array, such that when the fractional RF array is inserted inside a patient a doctor can insert or retract the wand one longitudinal gradation at a time for achieving substantial uniform RF energy exposure of the target tissue without being able to see either the fractional RF array or the target tissue that is being exposed to the RF energy.