one monolithic plastic or glass material with compatible optical properties and index of refractions to maximize light in the pattern desired led light comes from the direction 602 opposite the aspheric vertex and exits through the optical output surfaces 603 605 an the embodiment shown a flat top and bottom bi concave lens element 607 is coupled to a flat uniform surface of a half aspheric element 609 for redirecting and collimating light emanating from the led light source input surface side 602 and towards the lens output surface 603 605 fig7 is an isometric diagram and profile of a composite lens element with beam shaping component in accordance with an embodiment of the present invention the led source 709 emits light into the bi concave lens element 705 and the semi aspheric lens element 707 the light attempting to leave the bi concave lens element 705 on the opposite side of the aspheric lens 707 will be reflected and back from the non translucent thermo plastic component 703 which has a reflecting surface uniformly snug or monolithic to the bi concave lens 705 top side boundary the optically translucent lens element 703 extends outward to reflect stray light back to the optical output direction fig8 is a schematic of.