Afluidic oscillator that operates on a pressurized liquid flowing through said oscillator to generate an oscillating spray of liquid droplets into a surrounding gaseous environment, said oscillator of the type having a centerline, an interaction chamber and a means for inducing oscillations in said liquid flowing through said chamber , said chamber having sidewalls that extend downstream and converge towards said oscillator centerline so as to form an outlet for said oscillator , wherein said fluidic oscillator comprises: a splitter having a generally flat surface with a first and second edge, said surface facing generally in the upstream direction towards said interaction chamber , wherein said oscillator outlet having a first and a second edge, each of which are laterally spaced away from said oscillator centerline and serve to identify a herein defined oscillator outlet plane that is generally perpendicular to said oscillator centerline, said first splitter edge situated a first specified distance (d1) downstream of said oscillator outlet plane and said second splitter edge situated a second specified distance (d2) downstream of said oscillator outlet plane , said first splitter edge cooperating with said outlet first edge to cause a portion of the liquid that flows through said outlet to split into a first component spray that flows between said first splitter and outlet edges, said first component spray having a centerline that has a herein defined imposed, first splitter angle (γ 1 ) relative to said oscillator centerline, and said second splitter edge cooperating with said outlet second edge to cause a portion of the liquid that flows through said outlet to split into a second component spray that flows between said second splitter and outlet edges, said second component spray having a centerline that has a herein defined imposed, second splitter angle (γ 2 ) relative to said oscillator centerline, wherein, said imposed splitter angles (γ) are in the range of 5 to 45 degrees.. a splitter having a generally flat surface with a first and second edge, said surface facing generally in the upstream direction towards said interaction chamber , wherein said oscillator outlet having a first and a second edge, each of which are laterally spaced away from said oscillator centerline and serve to identify a herein defined oscillator outlet plane that is generally perpendicular to said oscillator centerline, said first splitter edge situated a first specified distance (d1) downstream of said oscillator outlet plane and said second splitter edge situated a second specified distance (d2) downstream of said oscillator outlet plane , said first splitter edge cooperating with said outlet first edge to cause a portion of the liquid that flows through said outlet to split into a first component spray that flows between said first splitter and outlet edges, said first component spray having a centerline that has a herein defined imposed, first splitter angle (γ 1 ) relative to said oscillator centerline, and said second splitter edge cooperating with said outlet second edge to cause a portion of the liquid that flows through said outlet to split into a second component spray that flows between said second splitter and outlet edges, said second component spray having a centerline that has a herein defined imposed, second splitter angle (γ 2 ) relative to said oscillator centerline, wherein, said imposed splitter angles (γ) are in the range of 5 to 45 degrees.. <EOS>