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Miscellaneous Medical Devices And Products – Open Procedure, Pursuant To Art. 71 Of The Legislative Decree. 36/2023, In Centralized Form, Divided Into 35 Lots Aimed At The Signing Of Agreements For The Supply Of Cnd P090 - Surgical Mesh Required. Monofilament Polypropylene Mesh, Non-Absorbable, Not Shaped,Non-Absorbable Monofilament Polypropylene Net, Shaped With Hole,Three-Dimensional Monofilament Polypropylene Mesh, Non-Absorbable, Shaped With Anchored Plug,Radiopaque Monofilament Polypropylene Mesh, Non-Absorbable, Pre-Cut Without And With Plug,Two-Component Composite Or Double-Layer Mesh In Polypropylene / And Ptfe Or Pvdf Or Titanium Or Other Non-Absorbable Material With The Same Function,Two-Component Composite Or Double-Layer Mesh In Polypropylene/ And Ptfe Or Pvdf Or Titanium Or Other Material With The Same Function With Central Hole For Repair Of Parastomal Hernias With Intraperitoneal Positioning 1 Hole Ø 4 Mm,Lightweight Low Profile Double Layer Mesh In Polypropylene / And Non-Absorbable Ptfe (Without Or With Positioning System),Lightweight Double Layer Low Profile Mesh Made Of Polypropylene/Polyglycolic Acid Or Polyglecaprone Or Similar With Partially Absorbable Hydrogel,Lightweight Low Profile Double Layer Mesh In Polypropylene / Polyglycolic Acid Or Polyglecaprone Or Similar Without Partially Absorbable Hydrogel,Polypropylene Or Polyester Mesh With Reabsorbable Visceral Layer For Umbilical Hernia Repair,Lightweight Double Layer Mesh In 3D Polyester/Collagen Or Similar Partially Absorbable Material,Lightweight Mesh In Polyester Or Derivative / Polylactic Acid Or Similar Self-Adherent Material For Laparoscopic Use, Partially Absorbable,Mesh In Polyvinylidene Fluoride Or Similar Polymer For Abdominal And Umbilical Hernia Repair With Extraperitoneal Positioning,Polyvinylidene Fluoride Or Similar Polymer Mesh For Abdominal And Umbilical Hernia Repair With Extraperitoneal Positioning Polyvinylidene Fluoride Or Similar Polymer Shaped Mesh For Inguinal Hernia Repair With Extraperitoneal Positioning According To The Lichtenstein Method,Mesh In Polyvinylidene Fluoride Or Similar Polymer For Inguinal Hernia Repair With Peritoneal Positioning In Endoscopy, Laparoscopy Or Open Surgery,Biocompatible Porcine Or Bovine Collagen Mesh Cross-Linked Or Mechanically Reinforced,Braided Monofilament Mesh Completely Hydrolytically Absorbable,Synthetic Bioabsorbable Mesh For Tissue Reinforcement,Bioabsorbable Reinforcement For Mechanical Suture Line,Surgical Mesh In Titanized Monofilament Polypropylene (Titanized Polypropylene Mesh). For All Types Of Hernias, Inguinal-Crural, Incisional, Umbilical, Epigastric, Parastomal, And Hiatal. For Intra And Extraperitoneal Use. Measurements (In Cm +/- 10%),Macroporous Ptfe Composite Mesh And Biosynthetic Material And Biosynthetic Film For Extraperitoneal Use,Macroporous Ptfe Composite Mesh And Biosynthetic Material And Biosynthetic Film For Intraperitoneal Use,Self-Adhesive/Self-Adhesive Polypropylene/Polyester Mesh,Self-Adhesive/Self-Adhesive Polypropylene/Polyester Mesh,Gynecological Networks,Prosthetic Mesh Made Of Titanized Polypropylene Fabric, 1Mm Pore Size,Partially Absorbable Mesh For Inguinal Hernias For Both Open And Laparo Approaches,Self-Anchoring Mesh For Extraperitoneal Inguinal And Femoral Hernias For Laparotomy, Laparoscopic And Robotic Use,Synthetic Macroporous Mesh Net, Made Of Non-Absorbable Monofilament Polypropylene,Mesh (Sling) In Suburethral Polypropylene For The Treatment Of Stress Urinary Incontinence,System For The Correction Of Anterior Compartment Defects (Anterior Pelvic Prolapse) Using An Out-In Transobturator Approach.,S
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