Inkjet head manufacturing method

Abstract

An inkjet head manufacturing method is disclosed. The method of manufacturing an inkjet bead including a plurality of chambers, configured to contain ink; and an actuator, configured to provide pressure to the chamber, which includes forming a piezoelectric element on one side of the inkjet head that is adjacent to the chambers; forming the actuator(s) by dicing the piezoelectric element such that the piezoelectric element is divided and placed corresponding to a position of the chamber(s); and etching one side of the inkjet head such that a part of the piezoelectric element remaining between the adjacent actuators, can manufacture an inkjet head having a thin-film actuator reducing the cross talk by removing a part of the piezoelectric element remaining between the actuators of the inkjet head.

1 . A method of manufacturing an inkjet head, the inkjet head including a plurality of chambers containing ink and an actuator providing pressure to the chambers, the method comprising:
 forming a piezoelectric element on one side of the inkjet head that is adjacent to the chambers;   forming the actuator(s) by dicing the piezoelectric element such that the piezoelectric element is divided and placed corresponding to a position of the chamber(s); and   etching one side of the inkjet head such that a part of the piezoelectric element remaining between the adjacent actuators is removed.   
   
   
       2 . The method of  claim 1 , wherein the forming of the piezoelectric element is performed by adhering the sintered piezoelectric element to one side of the inkjet head.