An ink jet recording device comprising: a print head including: a nozzle (21, 100) that excites ink to jet it in a form of ink particles; a charging electrode that charges the ink particles; a deflector electrode (23, 24) that generates an electric field by which the charged ink particles are deflected; and a gutter (25, 101) that captures and reclaims an ink particle not used for printing; and a printing control unit that controls a voltage applied to the charging electrode, wherein the printing control unit is configured to cause the charging electrode to apply a charge voltage to a print particle that is an ink particle to be landed on a print subject, and to apply a non-print charge voltage to a non-print particle that is an ink particle not to be landed on the print subject, the non-print charge voltage being a charge voltage driving the non-print particle to an extent that it does not fly over the gutter (25, 101) and having a polarity identical to that of the print particle to be landed on the print subject, such that bowed printing during high-speed printing is suppressed, characterized such that when the charge voltage is applied consecutively to two or more of the print particles, the printing control unit applies the non-print charge voltage to the non-print particle being present between the print particle subjected to the charge voltage last among the two or more of print particles and a print particle to be subjected to the charge voltage next. a print head including: a nozzle (21, 100) that excites ink to jet it in a form of ink particles; a charging electrode that charges the ink particles; a deflector electrode (23, 24) that generates an electric field by which the charged ink particles are deflected; and a gutter (25, 101) that captures and reclaims an ink particle not used for printing; and a printing control unit that controls a voltage applied to the charging electrode, a nozzle (21, 100) that excites ink to jet it in a form of ink particles; a charging electrode that charges the ink particles; a deflector electrode (23, 24) that generates an electric field by which the charged ink particles are deflected; and a gutter (25, 101) that captures and reclaims an ink particle not used for printing; and a printing control unit that controls a voltage applied to the charging electrode, wherein the printing control unit is configured to cause the charging electrode to apply a charge voltage to a print particle that is an ink particle to be landed on a print subject, and to apply a non-print charge voltage to a non-print particle that is an ink particle not to be landed on the print subject, the non-print charge voltage being a charge voltage driving the non-print particle to an extent that it does not fly over the gutter (25, 101) and having a polarity identical to that of the print particle to be landed on the print subject, such that bowed printing during high-speed printing is suppressed, characterized such that when the charge voltage is applied consecutively to two or more of the print particles, the printing control unit applies the non-print charge voltage to the non-print particle being present between the print particle subjected to the charge voltage last among the two or more of print particles and a print particle to be subjected to the charge voltage next.