A liquid ejection head having a nozzle (Nz) for ejecting a liquid comprising: a flow path substrate including a flow path of the liquid in the flow path substrate; a nozzle plate which is attached to the flow path substrate and in which the nozzle (Nz) is formed; a pressure chamber substrate that is provided on the flow path substrate at a location facing the nozzle plate in the thickness direction of the flow path substrate with the flow path substrate interposed therebetween and that has a pressure chamber (Ch); and a pressure generation portion provided on the pressure chamber substrate that operates according to an electrical signal from a wiring substrate coupled to an electrode provided on the pressure chamber substrate and that changes a pressure of the pressure chamber (Ch) to eject the liquid from the nozzle (Nz), wherein the nozzle plate and the wiring substrate are disposed such that the nozzle plate does not overlap a coupling portion (Cn) between the wiring substrate and the electrode when viewed in a thickness direction of the flow path substrate; wherein the flow path of the flow path substrate includes a first communication path that passes through the flow path substrate in the thickness direction and that has an opening in each of the nozzle plate side and the pressure chamber substrate side, a first individual flow path having one end side coupled to the first communication path, a second communication path that is coupled to the other end side of the first individual flow path and that passes through the flow path substrate in the thickness direction and has an opening on each of the pressure chamber substrate side and the nozzle plate side, and a second individual flow path that is coupled to the second communication path and that extends in a surface direction of the pressure chamber substrate, and wherein the second individual flow path is formed on an interface side between the flow path substrate and the pressure chamber substrate, and the coupling portion (Cn) and the second individual flow path are disposed such that the coupling portion (Cn) overlaps at least a part of the second individual flow path when viewed in the thickness direction of the flow path substrate. a flow path substrate including a flow path of the liquid in the flow path substrate; a nozzle plate which is attached to the flow path substrate and in which the nozzle (Nz) is formed; a pressure chamber substrate that is provided on the flow path substrate at a location facing the nozzle plate in the thickness direction of the flow path substrate with the flow path substrate interposed therebetween and that has a pressure chamber (Ch); and a pressure generation portion provided on the pressure chamber substrate that operates according to an electrical signal from a wiring substrate coupled to an electrode provided on the pressure chamber substrate and that changes a pressure of the pressure chamber (Ch) to eject the liquid from the nozzle (Nz), wherein the nozzle plate and the wiring substrate are disposed such that the nozzle plate does not overlap a coupling portion (Cn) between the wiring substrate and the electrode when viewed in a thickness direction of the flow path substrate; wherein the flow path of the flow path substrate includes a first communication path that passes through the flow path substrate in the thickness direction and that has an opening in each of the nozzle plate side and the pressure chamber substrate side, a first individual flow path having one end side coupled to the first communication path, a second communication path that is coupled to the other end side of the first individual flow path and that passes through the flow path substrate in the thickness direction and has an opening on each of the pressure chamber substrate side and the nozzle plate side, and a second individual flow path that is coupled to the second communication path and that extends in a surface direction of the pressure chamber substrate, and a first communication path that passes through the flow path substrate in the thickness direction and that has an opening in each of the nozzle plate side and the pressure chamber substrate side, a first individual flow path having one end side coupled to the first communication path, a second communication path that is coupled to the other end side of the first individual flow path and that passes through the flow path substrate in the thickness direction and has an opening on each of the pressure chamber substrate side and the nozzle plate side, and a second individual flow path that is coupled to the second communication path and that extends in a surface direction of the pressure chamber substrate, and wherein the second individual flow path is formed on an interface side between the flow path substrate and the pressure chamber substrate, and the coupling portion (Cn) and the second individual flow path are disposed such that the coupling portion (Cn) overlaps at least a part of the second individual flow path when viewed in the thickness direction of the flow path substrate.