A printer, comprising: a photoconductor; a charging device; a photoimaging device; multiple electrically chargeable developers (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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 (30, 32, 3, 36) 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.