A printer , comprising: a photoconductor ; a charging device ; a photoimaging device ; multiple electrically chargeable developers each to apply an LEP ink to the photoconductor ; a discharging device ; and a controller including a memory and a processor operatively connected to the memory to execute programming thereon that includes instructions for: the charging device charging the photoconductor ; the photoimaging device discharging select areas of the photoconductor to form a first latent image in a pattern corresponding to a first ink image ; a first electrically chargeable developer applying a first ink to the photoconductor to form the first ink image ; the discharging device discharging the photoconductor and the first ink image ; the charging device charging the photoconductor and the first ink image ; the photoimaging device discharging select areas of the photoconductor and the first ink image to form a second latent image in a pattern corresponding to a second ink image; and a second electrically chargeable developer applying a second ink to the photoconductor to form the second ink image overlapping at least part of the first ink image , wherein the electrically chargeable developers are held at a voltage of about -520V, wherein the charging device charges the photoconductor to a voltage of about -970V, and wherein portions discharged by the photoimaging device are discharged to about -70V. a photoconductor ; a charging device ; a photoimaging device ; multiple electrically chargeable developers each to apply an LEP ink to the photoconductor ; a discharging device ; and a controller including a memory and a processor operatively connected to the memory to execute programming thereon that includes instructions for: the charging device charging the photoconductor ; the photoimaging device discharging select areas of the photoconductor to form a first latent image in a pattern corresponding to a first ink image ; a first electrically chargeable developer applying a first ink to the photoconductor to form the first ink image ; the discharging device discharging the photoconductor and the first ink image ; the charging device charging the photoconductor and the first ink image ; the photoimaging device discharging select areas of the photoconductor and the first ink image to form a second latent image in a pattern corresponding to a second ink image; and the charging device charging the photoconductor ; the photoimaging device discharging select areas of the photoconductor to form a first latent image in a pattern corresponding to a first ink image ; a first electrically chargeable developer applying a first ink to the photoconductor to form the first ink image ; the discharging device discharging the photoconductor and the first ink image ; the charging device charging the photoconductor and the first ink image ; the photoimaging device discharging select areas of the photoconductor and the first ink image to form a second latent image in a pattern corresponding to a second ink image; and a second electrically chargeable developer applying a second ink to the photoconductor to form the second ink image overlapping at least part of the first ink image , wherein the electrically chargeable developers are held at a voltage of about -520V, wherein the charging device charges the photoconductor to a voltage of about -970V, and wherein portions discharged by the photoimaging device are discharged to about -70V. <EOS>