Understanding the Bard Rochester Davol 3D Max Light Mesh for Hernia Repair

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Introduction

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Hernias are a common condition where an organ or tissue bulges through a weakened area in the abdominal wall, often requiring surgical intervention. One of the most popular mesh materials used during laparoscopic inguinal hernioplasty is the Bard Rochester Davol 3D Max Light Mesh.

What Is the 3D Max Light Mesh?

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The 3D Max Light Mesh by Davol Inc., a subsidiary of Boston Scientific, is an advanced nonabsorbable polypropylene mesh designed for use in laparoscopic hernia repair procedures. This light-weighted mesh offers several benefits over traditional materials due to its unique properties.

Key Features

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1. Anatomical Shape: The 3D Max Light Mesh features a curved shape that closely mimics the natural anatomy of the inguinal region, providing optimal fit and support during hernia repair.

2. Large Pore Structure: The large pore size (150 μm) allows for effective tissue growth while reducing potential complications such as mesh shrinkage or adhesions.

3. Polypropylene Material: Made from a biocompatible polypropylene material, this mesh is resistant to corrosion and degradation over time.

Benefits of Using the 3D Max Light Mesh

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1. Reduced Risk of Complications: The large pore structure and anatomical shape of the 3D Max Light Mesh help minimize complications such as infection, adhesions, or bowel obstruction.

2. Improved Patient Outcomes: By promoting optimal tissue integration and healing, this mesh contributes to faster recovery times and improved long-term patient outcomes.

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In conclusion, the Bard Rochester Davol 3D Max Light Mesh represents a significant advancement in hernia repair materials due to its unique combination of properties that ensure effective support while minimizing complications. Its use continues to gain popularity among surgeons worldwide due to its proven track record of success and safety in laparoscopic inguinal hernioplasty procedures.

References

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1. Davol, Inc., '3D MAX LT MESH Instructions for Use', Revision 2 (2015).

2. Bard Rochester Medical, '0117322 - Davol 3dmax Mesh: Light Anatomically-Shaped Large Pore Polyprop Mesh Right XL' 'PDF'.

3. MedlinePlus, U.S. National Library of Medicine, 'Laparoscopic inguinal hernia repair', Updated May 23, 2020.

4. Boston Scientific Corporation, 'Bard HerniaFix Laparoscopy-Implantable Tissue Reinforcement Mesh for Open Inguinal and/or Umbilical (paraumbilical), Incisional, Epigastric and Hiatal Defects' 'PDF'.

3d max light mesh