In recent years, the dispensing systems have been increasingly and widely used in many applications to deliver fluid in a precisely controlled manner.A noncontact dispenser driven by piezoelectric ceramic was presented in this paper. Two parallel piezostack actuators of same size deform alternately.Their movements are amplified by a lever and transferred to a rod which can move up and down.Droplets are jetted out of the nozzle driven by the movement.The flow field of droplets jetting process has been simulated successfully via computational fluid dynamics software FLUENT.It is shown experimentally that how input parameters affect the size of droplets.When the nozzle′s diameter is 0.35 mm,the proposed dispenser can provide glycerol droplets with an averaged diameter as small as 0.53 mm and the consistent error rate is as much as 6%.