system referring now to fig8 the camera light unit 140 comprises an endoscope adapter 142 camera 144 signal transmission means 146 power source 148 control switch 150 white light source 152 and focusing lens 154 these are all contained within the body of the camera light unit 140 the endoscope adapter 142 is designed in such a way as to be operatively connected to the endoscope 121 to couple its optics into the camera the camera 144 receives the image from the optics of the endoscope 121 and convert it into a video signal the signal transmission means 146 is operatively connected to the camera 144 in order to take its video signal and transmit it to a remote receiver though this is shown in fig8 as a wireless connection it is obvious that it could be a hard wired connection the power source 148 supplies power to the white light source 152 and the camera unit 144 through its connection that passes through the control switch 150 the focusing lens 154 gathers the light generated by the white light source 152 and concentrates it to a smaller cross sectional area so that it can be efficiently coupled into the light cable 130 that connects to the camera light unit at this port an alternative embodiment would be constructed form a plurality of blue led die covered by a phosphorus coating and a plurality of focusing lens elements approximated to the light cable attachment fig9 shows an isometric view.