A liquid ejecting device comprising: a channel member formed with a liquid channel having an ejection port for ejecting droplets, the channel member having a surface formed with an opening through which a part of the liquid channel is exposed; an actuator including a layered body disposed on the surface of the channel member so as to confront the opening for applying energy to liquid in the opening, the layered body including a first piezoelectric layer and a second piezoelectric layer stacked from a side closer to the opening in this order, the first and second piezoelectric layers (17b, 17a) being sandwiched between electrodes (18, 19, 20) with respect to a stacking direction; and a driving-signal generating section configured to generate driving signals for driving the actuator, the driving-signal generating section being configured to generate an ejection driving signal for ejecting droplets from the ejection port, characterized in that the driving-signal generating section is configured to generate a non-ejection driving signal for vibrating a meniscus formed in the ejection port without ejecting droplets from the ejection port; and a voltage applying section configured, based on image data of an image to be recorded on a recording medium, to apply a voltage corresponding to the ejection driving signal to one of the first and second piezoelectric layers, and to apply a voltage corresponding to the non-ejection driving signal to only the other one of the first and second piezoelectric layers during a period in which the voltage corresponding to the ejection driving signal is not applied to the one of the first and second piezoelectric layers. a channel member formed with a liquid channel having an ejection port for ejecting droplets, the channel member having a surface formed with an opening through which a part of the liquid channel is exposed; an actuator including a layered body disposed on the surface of the channel member so as to confront the opening for applying energy to liquid in the opening, the layered body including a first piezoelectric layer and a second piezoelectric layer stacked from a side closer to the opening in this order, the first and second piezoelectric layers (17b, 17a) being sandwiched between electrodes (18, 19, 20) with respect to a stacking direction; and a driving-signal generating section configured to generate driving signals for driving the actuator, the driving-signal generating section being configured to generate an ejection driving signal for ejecting droplets from the ejection port, characterized in that the driving-signal generating section is configured to generate a non-ejection driving signal for vibrating a meniscus formed in the ejection port without ejecting droplets from the ejection port; and a voltage applying section configured, based on image data of an image to be recorded on a recording medium, to apply a voltage corresponding to the ejection driving signal to one of the first and second piezoelectric layers, and to apply a voltage corresponding to the non-ejection driving signal to only the other one of the first and second piezoelectric layers during a period in which the voltage corresponding to the ejection driving signal is not applied to the one of the first and second piezoelectric layers.