Abstract: An energy emission system is provided having both multiple laser outputs and multiple light or lamp outputs. The laser outputs may be aligned so that once they are active, they are directed to strike targets located distal from the lamps and lasers. By configuring the lasers at known positions relative to the lights, the lights can subsequently be activated so that their outputs are aligned with the laser beams. The laser beams therefore serve to aim the lights and specifically, the light outputs upon an isolated target area. Using the lasers to align the lights avoids having to activate the lights to effectuate their alignment, resulting in increased light longevity and providing more accurate alignments in lighted ambient conditions. A controller can be used to control multiple lasers and lights. Data from the lasers can be used to control colors, shapes, and positions of lights using a memory coupled to the controller.