A surgical instrument that provides both illumination light and laser light to a surgical site, the surgical instrument comprising: a manually manipulatable handle (12, 104); a tubular tip (32, 152) secured to the handle, the tip projecting from the handle to a distal end (38, 156) of the tip; an illumination optic fiber (82, 102) having a length with opposite proximal (84, 206) and distal (86, 208) ends, the illumination optic fiber extending through the handle and the tip to the illumination optic fiber distal end positioned adjacent the tip distal end; a laser optic fiber (72, 182) having a length with opposite proximal (74, 184) and distal (76, 186) ends, the laser optic fiber extending through the handle and the tip to the laser optic fiber distal end positioned adjacent the tip distal end and the illumination optic fiber distal end; and a mechanism (54, 166) on the handle, the mechanism being operatively connected to the laser optic fiber to move the laser optic fiber through the handle and the tip between a retracted position of the laser optic fiber where the laser optic fiber distal end is positioned adjacent the tip distal end and the illumination optic fiber distal end, and an extended position of the laser optic fiber where the laser optic fiber distal end is extended from the tip distal end and the illumination optic fiber distal end; the handle (12, 104) being dimensioned to fit in a surgeon's hand and be easily manually manipulated by the surgeon's hand; the illumination optic fiber (82, 202) being secured stationary relative to the tubular tip (32, 152); a portion of the laser optic fiber being adjacent the laser optic fiber distal end (76, 186) having a curved configuration; and a curved sleeve (44, 196) being secured on the laser optic fiber distal end portion, the curved sleeve holding the laser optic fiber distal end portion in the curved configuration. a manually manipulatable handle (12, 104); a tubular tip (32, 152) secured to the handle, the tip projecting from the handle to a distal end (38, 156) of the tip; an illumination optic fiber (82, 102) having a length with opposite proximal (84, 206) and distal (86, 208) ends, the illumination optic fiber extending through the handle and the tip to the illumination optic fiber distal end positioned adjacent the tip distal end; a laser optic fiber (72, 182) having a length with opposite proximal (74, 184) and distal (76, 186) ends, the laser optic fiber extending through the handle and the tip to the laser optic fiber distal end positioned adjacent the tip distal end and the illumination optic fiber distal end; and a mechanism (54, 166) on the handle, the mechanism being operatively connected to the laser optic fiber to move the laser optic fiber through the handle and the tip between a retracted position of the laser optic fiber where the laser optic fiber distal end is positioned adjacent the tip distal end and the illumination optic fiber distal end, and an extended position of the laser optic fiber where the laser optic fiber distal end is extended from the tip distal end and the illumination optic fiber distal end; the handle (12, 104) being dimensioned to fit in a surgeon's hand and be easily manually manipulated by the surgeon's hand; the illumination optic fiber (82, 202) being secured stationary relative to the tubular tip (32, 152); a portion of the laser optic fiber being adjacent the laser optic fiber distal end (76, 186) having a curved configuration; and a curved sleeve (44, 196) being secured on the laser optic fiber distal end portion, the curved sleeve holding the laser optic fiber distal end portion in the curved configuration.