A droplet ejecting device comprising: a plurality of ejecting heads including a nozzle which ejects droplets; a liquid flow path configured to introduce to each of the plurality of ejecting heads liquid which is to be ejected; an individual opening/closing unit configured to switch a communicating state and a non-communicating state between the liquid flow path and the plurality of ejecting heads for each of at least two or more groups; a liquid sending unit configured to pressure and send the liquid into the ejecting head through the liquid flow path; and a pressuring controller configured to, after pressuring and sending liquid into some of the ejecting heads corresponding to the some of the individual opening/closing units in a state in which the some of the individual opening/closing units are open, open all of the individual opening/closing units and pressures and to send the liquid to all of the ejecting heads; characterised in that the liquid flow path includes, an intermediate flow path configured to flow the liquid through an intermediate storage and a detouring flow path which is provided parallel with the intermediate flow path and which does not pass the liquid through the intermediate storage; the intermediate flow path is provided with an intermediate storage opening/closing unit (261, 263) configured to switch whether the liquid can flow into or out of the intermediate storage; the detouring flow path is provided with a detouring flow path opening/closing unit configured to open and close the detouring flow path; and the pressuring controller configured to close the intermediate storage opening/closing unit (261, 263) and to open the detouring flow path opening/closing unit when the liquid is pressured and sent in the state in which the some of the individual opening/closing units are open. a plurality of ejecting heads including a nozzle which ejects droplets; a liquid flow path configured to introduce to each of the plurality of ejecting heads liquid which is to be ejected; an individual opening/closing unit configured to switch a communicating state and a non-communicating state between the liquid flow path and the plurality of ejecting heads for each of at least two or more groups; a liquid sending unit configured to pressure and send the liquid into the ejecting head through the liquid flow path; and a pressuring controller configured to, after pressuring and sending liquid into some of the ejecting heads corresponding to the some of the individual opening/closing units in a state in which the some of the individual opening/closing units are open, open all of the individual opening/closing units and pressures and to send the liquid to all of the ejecting heads; characterised in that the liquid flow path includes, an intermediate flow path configured to flow the liquid through an intermediate storage and a detouring flow path which is provided parallel with the intermediate flow path and which does not pass the liquid through the intermediate storage; the intermediate flow path is provided with an intermediate storage opening/closing unit (261, 263) configured to switch whether the liquid can flow into or out of the intermediate storage; the detouring flow path is provided with a detouring flow path opening/closing unit configured to open and close the detouring flow path; and the pressuring controller configured to close the intermediate storage opening/closing unit (261, 263) and to open the detouring flow path opening/closing unit when the liquid is pressured and sent in the state in which the some of the individual opening/closing units are open.