Abstract: The present invention provides for a sutureless clip with an electrode releasably attached to a spring clip electrode holder for use in placement of electrodes for heart pacemakers, the crimping tool for attaching the clips to the heart and the method of attachment. The preferred electrode holder is in the form of a spring clip formed by bending around one end of the clip to contact either the inside or outside surface of the clip. An electrode lead wire is releaseably held against the sutureless clip by the spring clip and can be removed by pulling on the wire, leaving the sutureless clip in place. A specialized crimping tool and it's method of use is disclosed for attaching the clip to the heart.

Abstract: A suction coagulator includes an improved inclined and flared anti-clog tip. The anti-clog tip is located at the distal end of a hollow, conductive tube, the proximal end of which is connected to a handle. An interior channel having a long central axis runs through the conductive tube and the handle through a suction fitting thereon to a conventional source of suction. The handle also includes an electrical connection for providing electrical power to the conductive tube. An insulating layer surrounds the exterior sidewall of the conductive tube and is stripped back a distance D.sub.O of 0.050 to 0.200 inches from the distal end of the conductive tube. A thermal insulating sleeve is located inside of the interior channel of the conductive tube and extends from the distal end a distance D.sub.I into said interior channel. Distance D.sub.I is approximately 11/2 to 3 times the outside diameter OD.sub.C of the conductive cannula tube.

Abstract: A suction coagulator includes an improved anti-clog tip. The anti-clog tip is located at the distal end of a hollow, conductive tube, the proximal end of which is connected to a handle. An interior channel runs through the conductive tube and the handle through a suction fitting thereon to a conventional source of suction. The handle also includes an electrical connection for providing electrical power to the conductive tube. An insulating layer surrounds the exterior sidewall of the conductive tube and is stripped back a distance D.sub.O of 0.050 to 0.200 inches from the distal end of the conductive tube. A thermal insulating sleeve or coating is located inside of the interior channel of the conductive tube and extends from the distal end a distance D.sub.I into said interior channel. The distance D.sub.I is approximately 11/2 to 3 times the outside diameter OD.sub.C of the conductive cannula tube. The insulating sleeve provides substantial thermal insulation and some electrical insulation.