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Surgical Implants – Successive Supply Of Material For Hemostasis, Stenosis And Embolization To The Health Areas Of The Galician Health Service (Framework Agreement With A Single Company). Device With Biocompatible Intravascular Anchorage For Vein Closure And Arteriotomies With Introducer Sheaths From 6F To 9F, With Collagen Plug And Without Specific Introducer.,Device With Biocompatible Intravascular Anchoring For Venous Closure And Arteriotomies With 6F And 8F Introducer Sheaths, With Collagen Plug And Dispensed On Platforms With Quick Exchange Guide.,Device With Biocompatible Intravascular Anchorage For Vein Closure And Arteriotomies With Introducer Sheaths, With Collagen Plug And Dispensed On Platforms With Quick Exchange Guide.,Device With Biocompatible Intravascular Anchoring For Venous Closure And Arteriotomies With 7F Introducer Sheaths, With Polymer Discs And Dispensed On Platforms With Quick Exchange Guide.,Device With Biocompatible Intravascular Anchoring For Venous Closure And Arteriotomies With Introducer Sheaths From 5F To 24F, With Polymer Suture And Dispensed On Platforms With Quick Exchange Guide.,Device With Temporary Intravascular Balloon For Venous Closure And Arteriotomies With Introducer Sheaths From 5F To 7F, With Polymer Stopper And Without Specific Introducer.,Stent For Extracranial Cervical Arteries, Self-Expanding Biomedical Alloy, Radiopaque, Pre-Assembled In A Monorail System, With An Inert Mesh And Open Cell.,Stent For Extracranial Cervical Arteries, Self-Expanding Biomedical Alloy, Radiopaque, Deployable In A Catheter On A Microguide, Made Of A Mesh With Bioactive Coating Of Antithrombogenic Matrix And Closed Cell.,Stent For Intracranial Arteries, Self-Expanding Biomedical Alloy, With Radiopaque Markers, Deployable In A Microcatheter-Balloon On A Microguide, Made Of A Mesh With Bioactive Coating Of Antithrombogenic Matrix And Closed Cell.,Stent For Extracranial Cervical Arteries, Self-Expanding Biomedical Alloy, Radiopaque, Pre-Assembled In A Monorail System, With An Inert Mesh And Closed Cell.,Stent For Extracranial Cervical Arteries, Self-Expanding Biomedical Alloy, Radiopaque, Pre-Assembled In A Monorail System, With An Inert Mesh And Open Cell, With A Cylindrical Configuration.,Stent For Extracranial Cervical Arteries, Self-Expanding Biomedical Alloy, Radiopaque, Pre-Assembled In A Monorail System, With Two Inert Meshes And Open Cell.,Stent For Extracranial Cervical Arteries, Self-Expanding Biomedical Alloy, Radiopaque, Pre-Assembled In A Monorail System, With Two Inert Meshes And Closed Cell.,Self-Expanding Flow Diverting Stent For The Treatment Of Intracranial Aneurysms. Braided Construction With Cobalt-Chromium Filaments/Strands.,Self-Expanding Flow Diverting Stent For The Treatment Of Intracranial Aneurysms. Braided Construction With Nitinol And Platinum Filaments/Strands.,Self-Expanding Flow Diverting Stent For The Treatment Of Intracranial Aneurysms. Braided Construction With Nitinol Filaments/Strands With Bioactive Antithrombogenic Matrix Coating.,Flow-Disrupting Intrasaccular Embolization Device For The Treatment Of Complex Aneurysms With A Wide Neck, Braided Construction With A Layer Of Nitinol Threads, Three-Dimensional Geometry And Radiopaque Platinum-Iridium Alloy Markers.,Flow-Disrupting Intrasaccular Embolization Device For The Treatment Of Complex Aneurysms With A Wide Neck, Braided Construction With Two Layers Of Nitinol Wires With A Platinum Center, Three-Dimensional Geometry And Radiopaque Platinum-Iridium Markers.,Conventional Self-Expanding Stent For The Treatment Of In
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