Abstract: A method of manufacturing an inkjet printhead using a channel forming material, in which a glue layer to enhance an adhesive force between a substrate and a channel forming layer is not required.

Abstract: An inkjet print head and a manufacturing method thereof capable of simplifying a manufacturing process without performing an additional process to form a heater layer that includes a substrate, a heating element stacked on the substrate to heat the ink, a transistor having a gate electrode to drive the heating element, a chamber layer to form an ink chamber filled with the ink above the heating element, and a nozzle layer stacked on the chamber layer to form a nozzle to eject the ink, wherein the gate electrode and the heating element include a metal silicide film formed through a salicide process.

Abstract: An ink-jet print head and a method for manufacturing the same. The ink-jet print head includes: an ink ejection part to eject ink; pad regions having connecting pads to apply an electric signal to the ink ejection part; and unitary partition walls disposed at outer edges of the pad regions. The partition walls prevent particles, which are generated when cutting apart adjacent print heats when manufacturing the ink-jet print head, from scattering onto the pad regions. The partition walls are formed together with a flow channel layer and a nozzle layer of the ink ejection part.