Abstract: An insertion tool for a paddle lead includes an insertion tool body having a receiving end portion; a stylet channel extending along the insertion tool body; a stylet disposed in the stylet channel; and an actuator assembly disposed along the handling end portion of the insertion tool body and coupled to the stylet. The actuator assembly controls transitioning of the stylet between a first position and a second position. In some instances, the stylet can be a wire stylet that is inserted into a lumen in the paddle body of the paddle lead. In some instances, the stylet of the insertion tool pushes lead bodies of the paddle lead out of the insertion tool to release the paddle lead. In some instances, the insertion tool includes a paddle envelope to hold the paddle lead.

Abstract: A stimulation lead includes an electrode carrier disposed along a distal portion of a lead body. The electrode carrier defines multiple segmented-electrode-receiving apertures extending between an outer surface and a central lumen. Each of the segmented-electrode-receiving apertures includes a ledge disposed around a perimeter of that segmented-electrode-receiving aperture and inset from the outer surface of the electrode carrier. The stimulation lead also includes multiple segmented electrodes, with each of the segmented electrode disposed in a different one of the segmented-electrode-receiving apertures with an outer stimulation surface exposed through the segmented-electrode-receiving aperture and an inner surface abutting the ledge disposed around the perimeter of that segmented-electrode-receiving aperture. Conductive wires extend along the lead body and couple the segmented electrodes to terminals.

Abstract: An insertion tool for a paddle lead includes an insertion tool body having a receiving end portion; a stylet channel extending along the insertion tool body; a stylet disposed in the stylet channel; and an actuator assembly disposed along the handling end portion of the insertion tool body and coupled to the stylet. The actuator assembly controls transitioning of the stylet between a first position and a second position. In some instances, the stylet can be a wire stylet that is inserted into a lumen in the paddle body of the paddle lead. In some instances, the stylet of the insertion tool pushes lead bodies of the paddle lead out of the insertion tool to release the paddle lead. In some instances, the insertion tool includes a paddle envelope to hold the paddle lead.

Abstract: An insertion tool for a paddle lead includes an insertion tool body having a receiving end portion; a stylet channel extending along the insertion tool body; a stylet disposed in the stylet channel; and an actuator assembly disposed along the handling end portion of the insertion tool body and coupled to the stylet. The actuator assembly controls transitioning of the stylet between a first position and a second position. In some instances, the stylet can be a wire stylet that is inserted into a lumen in the paddle body of the paddle lead. In some instances, the stylet of the insertion tool pushes lead bodies of the paddle lead out of the insertion tool to release the paddle lead. In some instances, the insertion tool includes a paddle envelope to hold the paddle lead.

Abstract: An electrical stimulation lead includes at least one lead body and at least one thin, elongate anchoring element. The lead body defines at least one anchoring lumen extending longitudinally along at least a portion of the lead body and at least one open slot in the lead body where each anchoring lumen is open at one of the at least one open slot. For each anchoring element, the first end of the anchoring element is disposed in one of the at least one anchoring lumen and the second end of the anchoring element is configured and arranged preferentially to extend out of the open slot associated with the anchoring lumen and away from the lead body in a deployed configuration unless the second end is constrained in a constrained configuration adjacent or within the lead body.

Abstract: A lead extension for an electrical stimulation system includes a lead-extension body, terminals, and a connector. The connector includes a contact housing and a gasket housing. Multiple connector contacts are disposed in the contact housing and are coupled to the terminals. A retention member is disposed along one end of the contact housing and is receivable by a retention socket defined in the gasket housing. A deformable gasket is disposed in the retention socket. A lumen extends through the connector and is suitable for receiving an electrical stimulation lead. The received lead is retained in the lumen by using the retention member to compress the gasket along a longitudinal length of the connector. The longitudinal compression of the gasket causes a corresponding radial expansion of the gasket, which retains the electrical stimulation lead within the lumen.

Abstract: A lead extension for an electrical stimulation system includes a lead-extension body, terminals, and a connector. The connector includes a contact housing and a gasket housing. Multiple connector contacts are disposed in the contact housing and are coupled to the terminals. A retention member is disposed along one end of the contact housing and is receivable by a retention socket defined in the gasket housing. A deformable gasket is disposed in the retention socket. A lumen extends through the connector and is suitable for receiving an electrical stimulation lead. The received lead is retained in the lumen by using the retention member to compress the gasket along a longitudinal length of the connector. The longitudinal compression of the gasket causes a corresponding radial expansion of the gasket, which retains the electrical stimulation lead within the lumen.

Abstract: A lead assembly includes an electrical stimulation lead with a lead body having a distal portion, a proximal portion, a longitudinal length, and an outer surface. At least one electrode is disposed along the distal portion of the lead body. At least one terminal is disposed along the proximal portion of the lead body. At least one lead conductor electrically couples the at least one electrode to the at least one terminal. An anchoring arrangement is configured and arranged to reduce undesired movement of the lead relative to a patient when the lead is inserted into the patient. The anchoring arrangement includes at least one helical member attached to, and projecting outwardly from, the outer surface of the lead. The at least one helical member extends along at least 30% of the longitudinal length of the lead and makes at least one full coil around the lead.

Abstract: An electrical stimulation lead includes at least one lead body and at least one thin, elongate anchoring element. The lead body defines at least one anchoring lumen extending longitudinally along at least a portion of the lead body and at least one open slot in the lead body where each anchoring lumen is open at one of the at least one open slot. For each anchoring element, the first end of the anchoring element is disposed in one of the at least one anchoring lumen and the second end of the anchoring element is configured and arranged preferentially to extend out of the open slot associated with the anchoring lumen and away from the lead body in a deployed configuration unless the second end is constrained in a constrained configuration adjacent or within the lead body.

Abstract: A stimulation lead includes an electrode carrier disposed along a distal portion of a lead body. The electrode carrier defines multiple segmented-electrode-receiving apertures extending between an outer surface and a central lumen. Each of the segmented-electrode-receiving apertures includes a ledge disposed around a perimeter of that segmented-electrode-receiving aperture and inset from the outer surface of the electrode carrier. The stimulation lead also includes multiple segmented electrodes, with each of the segmented electrode disposed in a different one of the segmented-electrode-receiving apertures with an outer stimulation surface exposed through the segmented-electrode-receiving aperture and an inner surface abutting the ledge disposed around the perimeter of that segmented-electrode-receiving aperture. Conductive wires extend along the lead body and couple the segmented electrodes to terminals.

Abstract: A lead extension for an electrical stimulation system includes a lead-extension body, terminals, and a connector. The connector includes a contact housing and a gasket housing. Multiple connector contacts are disposed in the contact housing and are coupled to the terminals. A retention member is disposed along one end of the contact housing and is receivable by a retention socket defined in the gasket housing. A deformable gasket is disposed in the retention socket. A lumen extends through the connector and is suitable for receiving an electrical stimulation lead. The received lead is retained in the lumen by using the retention member to compress the gasket along a longitudinal length of the connector. The longitudinal compression of the gasket causes a corresponding radial expansion of the gasket, which retains the electrical stimulation lead within the lumen.

Abstract: An insertion tool for a paddle lead includes an insertion tool body having a receiving end portion; a stylet channel extending along the insertion tool body; a stylet disposed in the stylet channel; and an actuator assembly disposed along the handling end portion of the insertion tool body and coupled to the stylet. The actuator assembly controls transitioning of the stylet between a first position and a second position. In some instances, the stylet can be a wire stylet that is inserted into a lumen in the paddle body of the paddle lead. In some instances, the stylet of the insertion tool pushes lead bodies of the paddle lead out of the insertion tool to release the paddle lead. In some instances, the insertion tool includes a paddle envelope to hold the paddle lead.