producing a single ply mat with aligned single fibers or fiber bundles that are substantially parallel to one another however as will be explained further below the present invention can also be used to produce a multiple ply mat where fiber orientation between adjacent plies is different to thereby create a porous multi ply mat such multi ply porous mats could be used in a variety of industries applications without departing from the scope of the present invention as would be understood by one of ordinary skill in the art in general system 10 includes a dispenser 12 capable of discharging a fiberizable material 14 therefrom in jet stream form as indicated by arrow 14 a that will be deposited as a single fiber or fiber bundles not shown on a collector 16 dispenser 12 is typically a spinneret through which fiberizable material 14 is pumped as is well known in the art of electrospinning the type and construction of dispenser 12 will dictate whether a single fiber or fiber bundles are deposited on collector 16 fiberizable material 14 is any viscous solution that will form a fiber after being discharged from dispenser 12 and deposited on collector 16 typically material 14 includes a polymeric material and can include disparate material fillers mixed therein to give the resulting fiber desired properties examples of suitable fillers are ceramic particles metal particles nanotubes and nanoparticles suitable collectors 16 include a static plate a wire mesh a moving conveyor type collector or a rotating drum mandrel fabricated in a variety of shapes and configurations the.