RX Accunet Embolic Protection SystemThe RX ACCUNET Embolic Protection System is designed to provide excellent capture capabilities and easy filter control when performing carotid stenting interventions. The RX ACCUNET is a .014” guide wire based filter system that utilizes rapid exchange technology so that the physician can easily control the filter during catheter manipulations. It is available in both 190 cm and 300 cm lengths with the proximal end of the 190 cm device coined to allow for attachment to a “DOC” wire extension. Select to Compare
| Visi-Pro® Balloon-Expandable Biliary Stent SystemThis Visi-Pro® Biliary Stent is a balloon expandable biliary stent made from a stainless steel tube that is cut into an open lattice design. It has tantalum radiopaque markers at the proximal and distal ends of the stent. Select to Compare
|
Protege™ GPS™ Self-Expanding Peripheral Stent SystemThe Protege™ GPS™ Self-Expanding Peripheral Stent is a self-expanding Nitinol stent system. The stent is made of a nickel titanium alloy (Nitinol) and comes on a 6F over-the-wire delivery system. The stent is cut from a Nitinol tube into an open lattice design and has tantalum radiopaque markers at the proximal and distal ends of the stent. Select to Compare
| Protege® RX Carotid Stent SystemThe Protege® RX Carotid Stent System is a Self-Expanding Nitinol stent system intended for permanent implantation. The stent is designed to hold plaque against the arterial wall, open up the blood vessel, and prevent a stroke from occurring. It is made of a nickel titanium alloy (Nitinol) and comes pre-mounted on a 6F, 0.014” rapid exchange delivery system. The stent is cut from a Nitinol tube in an open lattice design, and is designed with tantalum radiopaque markers at the proximal and distal ends of the stent. Select to Compare
|
Emboshield NAV6 Embolic Protection SystemThe Emboshield NAV6 is Abbott Vascular's sixth generation in embolic protection devices. This BareWire system allows wire movement independent of the filter, with an advanced filter design for enhanced* capture efficiency and flow preservation. Select to Compare
|