A liquid discharge head comprising: a first flow path member comprising a plurality of pressurizing chambers, a first common flow path commonly connected to the plurality of pressurizing chambers via first individual flow paths, and a second common flow path commonly connected to the plurality of pressurizing chambers via second individual flow paths; and a plurality of pressurizing units that pressurizes the plurality of pressurizing chambers, wherein the first common flow path extends in a first direction and is open to an outside of the first flow path member at openings disposed in both an end portion in the first direction and an end portion in a third direction, opposite to the first direction, on the outside of the range where the first individual flow paths are connected, and the second common flow path extends in the first direction and is open to the outside of the first flow path member at openings disposed in both an end portion in the first direction and an end portion in the third direction, on the outside of the range where the second individual flow paths are connected and on the outside of the openings of the first common flow path, the liquid discharge head further comprising a second flow path member having a first integrated flow path for supplying the liquid to the first common flow path and a second integrated flow path for collecting the liquid of the second common flow path, wherein the first integrated flow path is branched into two in the middle, one is connected to the opening of the first common flow path on the third direction side, and the other one is connected to the opening of the first common flow path on the first direction side, and wherein the second integrated flow path is branched into two in the middle, one is connected to the opening of the second common flow path on the first direction side, and the other one is connected to the opening of the second common flow path on the third direction side. a first flow path member comprising a plurality of pressurizing chambers, a first common flow path commonly connected to the plurality of pressurizing chambers via first individual flow paths, and a second common flow path commonly connected to the plurality of pressurizing chambers via second individual flow paths; and a plurality of pressurizing chambers, a first common flow path commonly connected to the plurality of pressurizing chambers via first individual flow paths, and a second common flow path commonly connected to the plurality of pressurizing chambers via second individual flow paths; and a plurality of pressurizing units that pressurizes the plurality of pressurizing chambers, wherein the first common flow path extends in a first direction and is open to an outside of the first flow path member at openings disposed in both an end portion in the first direction and an end portion in a third direction, opposite to the first direction, on the outside of the range where the first individual flow paths are connected, and the second common flow path extends in the first direction and is open to the outside of the first flow path member at openings disposed in both an end portion in the first direction and an end portion in the third direction, on the outside of the range where the second individual flow paths are connected and on the outside of the openings of the first common flow path, the liquid discharge head further comprising a second flow path member having a first integrated flow path for supplying the liquid to the first common flow path and a second integrated flow path for collecting the liquid of the second common flow path, wherein the first integrated flow path is branched into two in the middle, one is connected to the opening of the first common flow path on the third direction side, and the other one is connected to the opening of the first common flow path on the first direction side, and wherein the second integrated flow path is branched into two in the middle, one is connected to the opening of the second common flow path on the first direction side, and the other one is connected to the opening of the second common flow path on the third direction side.