Ethicon Ethicon PROLENE Non - Absorbable Polypropylene Surgical Hernia Mesh PMSK3 UK PMSK3

Ethicon PROLENE Non-Absorbable Polypropylene Surgical Hernia Mesh PMM3

15 cm × 15 cm
£379.31 GBP
Sale price  £379.31 GBP Regular price 
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Ethicon Ethicon PROLENE Non - Absorbable Polypropylene Surgical Hernia Mesh PMSK3 UK PMSK3
Ethicon PROLENE Non-Absorbable Polypropylene Surgical Hernia Mesh PMM3
£379.31 GBP
Sale price  £379.31 GBP Regular price 
Taxes included. Shipping calculated at checkout.

PROLENE Polypropylene Flat Mesh, product code PMM3, is a non-absorbable surgical mesh designed for hernia repair and abdominal wall fascial reinforcement where permanent structural support is required. Manufactured from polypropylene, the mesh delivers long-term tensile strength and dependable tissue integration.

This variant is supplied in a 15 cm × 15 cm square configuration, making it suitable for broad, even coverage of hernia and fascial defects. The flat mesh construction allows the implant to be trimmed intraoperatively without fraying, enabling surgeons to tailor placement to anatomical requirements.

PMM3 is supplied sterile for professional surgical use within the Hernia Mesh & Fixation category and is intended for permanent implantation.

  • Key Features
  • Non-absorbable polypropylene surgical mesh
  • Flat mesh construction for permanent reinforcement
  • 15 cm × 15 cm square configuration
  • Trim-to-fit without fraying
  • Durable tissue integration and long-term support
  • Sterile, single-use — Box of 3
  • Technical Specifications
  • Brand: PROLENE
  • Division: Hernia Mesh
  • Category: Hernia Mesh & Fixation
  • Product Code: PMM3
  • GTIN: 20705031075679
  • Material: Polypropylene
  • Structure: Flat mesh
  • Absorbability: Non-absorbable
  • Dimensions: 15 cm × 15 cm
  • Shape: Square
  • Unit of Measure: Box (3 each)
  • Packaging: Box of 3
  • Status: Active
  • Suitable For
  • Ventral hernia repair
  • Abdominal wall fascial reinforcement
  • Moderate defect coverage
  • Procedures requiring permanent synthetic mesh support