The Comaneci is intended for use in the neurovasculature to assist in the coil embolization of wide-necked intracranial aneurysms under fluoroscopic guidance. The Comaneci is comprised of a collapsible, fully retrievable, fine wire construction mounted on a wire shaft that expands to comply with the vessel diameter. It is delivered through a neurovascular microcatheter. The Comaneci is provided with a 3.5 French (F) peelable loading sheath.

The Comaneci is intended for use in the neurovasculature to assist in the coil embolization of wide-necked intracranial aneurysms under fluoroscopic guidance. The Comaneci is comprised of a collapsible, fully retrievable, fine wire construction mounted on a wire shaft that expands to comply with the vessel diameter. It is delivered through a neurovascular microcatheter. The Comaneci is provided with a 3.5 French (F) peelable loading sheath.

The Comaneci is intended for use in the neurovasculature to assist in the coil embolization of wide-necked intracranial aneurysms under fluoroscopic guidance. The Comaneci is comprised of a collapsible, fully retrievable, fine wire construction mounted on a wire shaft that expands to comply with the vessel diameter. It is delivered through a neurovascular microcatheter. The Comaneci is provided with a 3.5 French (F) peelable loading sheath.

The Drivewire Guidewire is intended for general intravascular use, including the neuro and peripheral vasculature. The Drivewire Guidewire is intended to facilitate the selective placement of diagnostic or therapeutic catheters. This device is not intended for use in coronary arteries.

The Drivewire Guidewire is intended for general intravascular use, including the neuro and peripheral vasculature. The Drivewire Guidewire is intended to facilitate the selective placement of diagnostic or therapeutic catheters. This device is not intended for use in coronary arteries.

The Tigertriever 13 device is a stentriever that is comprised of an adjustable nitinol braided mesh, stainless steel shaft, nitinol core wire and a handle. The shaft connects the mesh and the handle by the core wire that runs inside the shaft from the distal end of the mesh to the slider activation element in the handle. The mesh is expanded when the physician pulls the slider, since the wires of the mesh are completely radiopaque, the physician sees the mesh under fluoroscopy and controls it until it conforms to the vessel diameter. The design of the wire mesh is optimized to penetrate the clot and encapsulate it during retrieval. The Tigertriever 13 Revascularization Device is supplied sterile and is intended for single-use only by physicians trained in neuro-interventional catheterization and the treatment of ischemic stroke.

The Tigertriever device is a stentriever that is comprised of an adjustable nitinol braided mesh, stainless steel shaft, nitinol core wire and a handle. The shaft connects the mesh and the handle by the core wire that runs inside the shaft from the distal end of the mesh to the slider activation element in the handle. The mesh is expanded when the physician pulls the slider, since the wires of the mesh are completely radiopaque, the physician sees the mesh under fluoroscopy and controls it until it conforms to the vessel diameter. The design of the wire mesh is optimized to penetrate the clot and encapsulate it during retrieval. Two versions of the device are available. The standard version Tigertriever (TRPP7155) has a net length of 32mm (unexpanded form) and it is delivered through a microcatheter with an internal diameter of 0.021 inches. The shorter version Tigertriever 17 (TRPP7166) has a net length of 23 mm (unexpanded form) and it is delivered through a microcatheter with an internal diameter of 0.017 inches. The Tigertriever is provided with a 3.5 Fr peelable loading sheath.

The Tigertriever device is a stentriever that is comprised of an adjustable nitinol braided mesh, stainless steel shaft, nitinol core wire and a handle. The shaft connects the mesh and the handle by the core wire that runs inside the shaft from the distal end of the mesh to the slider activation element in the handle. The mesh is expanded when the physician pulls the slider, since the wires of the mesh are completely radiopaque, the physician sees the mesh under fluoroscopy and controls it until it conforms to the vessel diameter. The design of the wire mesh is optimized to penetrate the clot and encapsulate it during retrieval. Two versions of the device are available. The standard version Tigertriever (TRPP7155) has a net length of 32mm (unexpanded form) and it is delivered through a microcatheter with an internal diameter of 0.021 inches. The shorter version Tigertriever 17 (TRPP7166) has a net length of 23 mm (unexpanded form) and it is delivered through a microcatheter with an internal diameter of 0.017 inches. The Tigertriever is provided with a 3.5 Fr peelable loading sheath.