A lighting device for providing a device light, the lighting device comprising, - a light source configured to provide a light source light; - an optical component configured for beam shaping at least part of the light source light; and - a light reflective component configured to at least partially reflect at least part of the light source light; wherein the optical component comprises a tubular body having an outer surface , and an inner surface opposite to the outer surface , the inner surface at least in part forming a cavity , wherein the tubular body comprises a first end face and a second end face that is arranged opposite to the first end face , wherein the tubular body comprises a plurality of layers stacked on top of each other extending in a stacking direction of a longitudinal axis of the optical component, each layer encloses part of the cavity , wherein each of the plurality of layers is a biconvex cylinder having an optical axis perpendicular to the stacking direction , wherein at least part of the outer surface for each of the plurality of layers is convex shaped and at least part of the inner surface for each of the plurality of layers is convex shaped, and wherein the light reflective component is arranged closer to the first end face compared to the second end face , and the light source is arranged closer to the second end face compared to the first end face , and wherein the device light has a batwing spatial light distribution. - a light source configured to provide a light source light; - an optical component configured for beam shaping at least part of the light source light; and - a light reflective component configured to at least partially reflect at least part of the light source light; wherein the optical component comprises a tubular body having an outer surface , and an inner surface opposite to the outer surface , the inner surface at least in part forming a cavity , wherein the tubular body comprises a first end face and a second end face that is arranged opposite to the first end face , wherein the tubular body comprises a plurality of layers stacked on top of each other extending in a stacking direction of a longitudinal axis of the optical component, each layer encloses part of the cavity , wherein each of the plurality of layers is a biconvex cylinder having an optical axis perpendicular to the stacking direction , wherein at least part of the outer surface for each of the plurality of layers is convex shaped and at least part of the inner surface for each of the plurality of layers is convex shaped, and wherein the light reflective component is arranged closer to the first end face compared to the second end face , and the light source is arranged closer to the second end face compared to the first end face , and wherein the optical component comprises a tubular body having an outer surface , and an inner surface opposite to the outer surface , the inner surface at least in part forming a cavity , wherein the tubular body comprises a first end face and a second end face that is arranged opposite to the first end face , wherein the tubular body comprises a plurality of layers stacked on top of each other extending in a stacking direction of a longitudinal axis of the optical component, each layer encloses part of the cavity , wherein each of the plurality of layers is a biconvex cylinder having an optical axis perpendicular to the stacking direction , wherein at least part of the outer surface for each of the plurality of layers is convex shaped and at least part of the inner surface for each of the plurality of layers is convex shaped, and wherein the light reflective component is arranged closer to the first end face compared to the second end face , and the light source is arranged closer to the second end face compared to the first end face , and <EOS>