Method of manufacturing an inkjet print head for expelling a droplet of a fluid through a nozzle orifice, the inkjet print head comprising: • a fluid channel for holding a channel amount of fluid, the fluid channel comprising a pressure chamber in fluid communication with the nozzle orifice; • a piezo actuator comprising ∘ an active piezo stack, comprising a first electrode, a second electrode, and a piezo-material layer arranged between the first and the second electrode (51, 53); and ∘ a membrane, the active piezo stack being provided at a surface of the membrane and the membrane forming a flexible wall of the pressure chamber, and • a cavity having a cavity dimension determining a wall dimension (L, W) of the membrane; wherein: • the piezo-actuator is arranged to deform by bending upon application of a voltage over the first electrode and the second electrode, and • the piezo actuator has an actuator compliance; and the method comprising the step of: a. selecting a desired actuator compliance, b. manufacturing a first print head layer comprising the piezo actuator; c. determining at least one actual actuator property of the piezo-actuator manufactured in step b; d. determining a desired wall dimension (L, W) based on the actual actuator property determined in step b such that the combination of the piezo actuator manufactured in step b and the membrane having the desired wall dimension (L, W) provides for the desired actuator compliance selected in step a; and e. manufacturing a second print head layer comprising the cavity, the cavity having the cavity dimension corresponding to the desired wall dimension (L, W) determined in step d such that the piezo actuator of the assembled inkjet print head has an actual actuator compliance corresponding to the desired actuator compliance. • a fluid channel for holding a channel amount of fluid, the fluid channel comprising a pressure chamber in fluid communication with the nozzle orifice; • a piezo actuator comprising ∘ an active piezo stack, comprising a first electrode, a second electrode, and a piezo-material layer arranged between the first and the second electrode (51, 53); and ∘ a membrane, the active piezo stack being provided at a surface of the membrane and the membrane forming a flexible wall of the pressure chamber, and ∘ an active piezo stack, comprising a first electrode, a second electrode, and a piezo-material layer arranged between the first and the second electrode (51, 53); and ∘ a membrane, the active piezo stack being provided at a surface of the membrane and the membrane forming a flexible wall of the pressure chamber, and • a cavity having a cavity dimension determining a wall dimension (L, W) of the membrane; • the piezo-actuator is arranged to deform by bending upon application of a voltage over the first electrode and the second electrode, and • the piezo actuator has an actuator compliance; and a. selecting a desired actuator compliance, b. manufacturing a first print head layer comprising the piezo actuator; c. determining at least one actual actuator property of the piezo-actuator manufactured in step b; d. determining a desired wall dimension (L, W) based on the actual actuator property determined in step b such that the combination of the piezo actuator manufactured in step b and the membrane having the desired wall dimension (L, W) provides for the desired actuator compliance selected in step a; and e. manufacturing a second print head layer comprising the cavity, the cavity having the cavity dimension corresponding to the desired wall dimension (L, W) determined in step d such that the piezo actuator of the assembled inkjet print head has an actual actuator compliance corresponding to the desired actuator compliance.