Abstract:
A multiple piece electrode for use with an electrical discharge machining device (EDM) includes at least one tooth. The electrode also includes a movable, elongated rod positioned inside each tooth. The movable rod may be secured to the tooth by several means such as a clamp mechanism, an epoxy, or by a securing mechanism attached to the processing equipment. When the electrode is advanced longitudinally into the workpiece, the rod forms a deep, small diameter hole and the tooth forms an enlarged opening at one end of the hole. The rod may be rotated to enhance hole depth capabilities. Additionally, the rod may be hollow, thus allowing a dielectric fluid to pass through the rod.
Abstract:
A multiple piece electrode for use with an electrical discharge machining device (EDM) includes at least one tooth. The electrode also includes a movable, elongated rod positioned inside each tooth. The movable rod may be secured to the tooth by several means such as a clamp mechanism, an epoxy, or by a securing mechanism attached to the processing equipment. When the electrode is advanced longitudinally into the workpiece, the rod forms a deep, small diameter hole and the tooth forms an enlarged opening at one end of the hole. The rod may be rotated to enhance hole depth capabilities. Additionally, the rod may be hollow, thus allowing a dielectric fluid to pass through the rod.
Abstract:
A multiple piece electrode for use with an electrical discharge machining device (EDM) includes at least one tooth. The electrode also includes a movable, elongated rod positioned inside each tooth. The movable rod may be secured to the tooth by several means such as a clamp mechanism, an epoxy, or by a securing mechanism attached to the processing equipment. When the electrode is advanced longitudinally into the workpiece, the rod forms a deep, small diameter hole and the tooth forms an enlarged opening at one end of the hole. The rod may be rotated to enhance hole depth capabilities. Additionally, the rod may be hollow, thus allowing a dielectric fluid to pass through the rod.