Surgical Hernia Mesh: Polypropylene Design with Enhanced Support

• Customization: Available
• Type: Disposable Consumable
• Material: Polypropylene
• Ethylene Oxide Sterilization: Ethylene Oxide Sterilization
• Quality Guarantee Period: 3 Years
• Group: Adult
• Logo Printing: With Logo Printing
• Transport Package: Carton
• Specification: 3pcs/box
• Trademark: Condiner
• Origin: Changzhou
• HS Code: 9021390090

Product Description

Introducing our cutting-edge 3D Mesh, a marvel in surgical innovation that sets a new standard in medical technology.

Crafted with unparalleled precision, our superior meshes are expertly knitted using high-quality, unabsorbable mono polypropylene, ensuring exceptional long-lasting durability and reliability.Meticulously designed to seamlessly conform to the intricate anatomical structure of the human groin, this mesh offers a perfect fit, precisely covering the myopectineal orifice. Its groundbreaking design enables easy flattening, eliminating the need for cutting and thus streamlining the surgical process while significantly enhancing operational convenience.




Product Specification Highlights:
A: Light Type - With a delightfully delicate weight of 30±8g/m², it offers an ideal balance of steadfast support and supreme comfort, catering to a variety of surgical needs.
B: Standard Type - This robust and reliable mesh, at 70±10g/m², provides unmatched stability tailored for diverse surgical requirements, ensuring optimal performance.
C: Medium Type - This versatile and highly dependable mesh, weighing in at 43±10g/m², optimizes both surgical performance and ease of use, adapting seamlessly to the surgical landscape.

Outstanding Advantages that Set Us Apart:
Meticulously engineered to perfectly align with the human groin's anatomical structure, ensuring the optimal implantation experience.
Seamlessly fits and provides precise coverage of the myopectineal orifice, guaranteeing maximum efficiency and effectiveness in surgical procedures, enhancing procedural success.
Expertly designed for effortless flattening and precise positioning, simplifying the surgical workflow and elevating efficiency.
Remarkably streamlines the operation time, offering surgeons a more efficient and effective surgical experience.
Significantly minimizes foreign body sensation and substantially reduces postoperative pain, vastly enhancing patient recovery and satisfaction.