Abstract: A device is provided that may be used to implant a subcutaneous device such as an ICD or a pacemaker. The device includes a body defining a compartment for holding the ICD during insertion and a blade assembly that cuts a path toward the targeted implantation site. A handle assembly including a plunger is used to expel the ICD from the compartment once the targeted implantation site has been reached.

Abstract: A device for extending the length of the existing leads of an implantable device. The lead extenders are constructed and arranged for placement on the existing leads without removal thereof, significantly simplifying installation and obviating the need for contact with the organ connected to the distal ends of the leads. The lead extenders are provided at varying length to provide a physician with the most appropriate device for the particular application.

Abstract: The efficiency and longevity of an implantable electrotherapy device is greatly improved by utilizing a biocompatible coating material to selectively cover desired portions of the electrotherapy device and/or the related leads. This coating thus allows only specific portions of the device to be in electrical contact with the patient's tissue, thus more closely controlling the electrical signal transfer characteristics of the device. Because a more concentrated or localized signal transmission characteristic is possible, the efficiency of the electrotherapy device is greatly improved. Further, because power is being more efficiently and effectively utilized, the overall longevity of the implantable device is also improved.