Lighting fixture having clipped reverse parabolic reflector

A lighting fixture comprising:

• a faceplate, the faceplate having a closed perimeter and a planar face;
• a plurality of molded lenses molded into the faceplate within the perimeter of the faceplate;
• a plurality of clipped reverse parabolic reflectors, each of the clipped reverse parabolic reflectors having a defined planar area, the clipped parabolic reflectors further adapted to emit light along an axis perpendicular to the defined planar area;
• the faceplate further defining a plurality of locations for the plurality of clipped reverse parabolic reflectors;
• and
• a plurality of light emitters, at least one light emitter centered in each lens and in each clipped reverse parabolic reflector.

A method of building a lighting fixture, the method comprising:

• selecting a faceplate, the faceplate having a perimeter;
• determining light output and pattern requirements of lighting fixture;
• selecting a combination of reverse parabolic reflectors and lenses to meet light output and light pattern requirements;
• molding a plurality of lenses into the faceplate;
• selectively clipping the edges on at least one reverse parabolic reflector to form at least one clipped reverse parabolic reflector;
• molding a location in the faceplate for at least one clipped parabolic reflector, the location adapted to constrain the clipped parabolic reflector;
• and
• placing an LED in the center of each clipped parabolic reflectors and each of the plurality of lenses.