A microfluidic pump for implantation proximate an eye of a patient is disclosed herein. The microfluidic pump includes a first microfluidic actuator and a second microfluidic actuator, each with first and second chambers coupled by a channel. An electrode is in each of the first and second chambers, and the electrodes are activated to displace the first slug positioned within the channels. A flow path of the pump includes a plurality of reservoirs, one of the reservoirs being aligned with each of the first, second, third, and fourth chambers. Additionally, a flexible membrane is disposed between the flow path and the first and second microfluidic actuators. The membrane is manipulated in a manner and frequency that results in the movement of flow through the flow path.
