the present invention relates to a xeroprinting process , in particular a xeroprinting process comprising the following steps : image - wise exposing to actinic radiation an electrostatic master having a photopolymerizable conductive layer to selectively polymerize and thereby increase resistivity in exposed areas of the layer ; forming a latent image of electrostatic charge by charging the master by corona discharge ; reversal developing the latent electrostatic image by depositing toner particles in the non - exposed areas of the layer ; transferring the toner image to another substrate and subsequent fusing ; resetting the process by cleaning and discharging the electrostatic master . according to a preferred embodiment the reversal development is effected by means of a development electrode inducing charges in the photopolymer plate opposite to the initial electrostatic image , and by means of dry electrophotographic toner .