A method for printing a printed region comprising a desired print resolution, the method comprising the steps of: providing a first printhead comprising a first maximum firing frequency; providing a second printhead comprising a second maximum firing frequency; providing a substrate extending in a machine direction, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; advancing the substrate at a first speed in the machine direction under the first printhead, wherein the first speed is equal to or greater than 6 meters per second and wherein the first speed is greater than the first maximum firing frequency divided by the desired print resolution; ejecting a first ink from the first printhead at a first firing frequency onto the first surface of the substrate to define a first printed zone comprising a first edge and a second edge separated from each other in the machine direction to define a first length L1; advancing the first printed zone at the first speed in the machine direction under the second printhead, the first speed being greater than the second maximum firing frequency divided by the desired print resolution; ejecting a second ink from the second printhead at a second firing frequency onto the first surface of the substrate to define a second printed zone comprising a first edge and a second edge separated from each other in the machine direction to define a second length L2, wherein the first printed zone and the second printed zone together define a printed region comprising a length Ltot extending in the machine direction from the first edge of the first printed zone to the second edge of the second printed zone, wherein Ltot < [7x(Ll + L2)] and wherein Ltot > L1 and Ltot > L2, and wherein the desired print resolution (dpi) of the printed region in the machine direction is equal to a sum of the first firing frequency (kHz) and the second firing frequency (kHz) multiplied by 5000 and divided by the first speed (feet/minute); and further comprising the step of: converting the substrate into components of disposable absorbent articles. providing a first printhead comprising a first maximum firing frequency; providing a second printhead comprising a second maximum firing frequency; providing a substrate extending in a machine direction, the substrate comprising a first surface and an opposing second surface and defining a width in a cross direction; advancing the substrate at a first speed in the machine direction under the first printhead, wherein the first speed is equal to or greater than 6 meters per second and wherein the first speed is greater than the first maximum firing frequency divided by the desired print resolution; ejecting a first ink from the first printhead at a first firing frequency onto the first surface of the substrate to define a first printed zone comprising a first edge and a second edge separated from each other in the machine direction to define a first length L1; advancing the first printed zone at the first speed in the machine direction under the second printhead, the first speed being greater than the second maximum firing frequency divided by the desired print resolution; ejecting a second ink from the second printhead at a second firing frequency onto the first surface of the substrate to define a second printed zone comprising a first edge and a second edge separated from each other in the machine direction to define a second length L2, wherein the first printed zone and the second printed zone together define a printed region comprising a length Ltot extending in the machine direction from the first edge of the first printed zone to the second edge of the second printed zone, wherein Ltot < [7x(Ll + L2)] and wherein Ltot > L1 and Ltot > L2, and wherein the desired print resolution (dpi) of the printed region in the machine direction is equal to a sum of the first firing frequency (kHz) and the second firing frequency (kHz) multiplied by 5000 and divided by the first speed (feet/minute); and further comprising the step of: converting the substrate into components of disposable absorbent articles.