Polypropylene Hernia Mesh for Anatomical Support and Comfort

• 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
• Certificate: CE
• Transport Package: Carton
• Specification: 3pcs/box
• Trademark: Condiner
• Origin: Changzhou
• HS Code: 9021390090

Product Description

Handcrafted with exceptional precision, our meshes are expertly knitted using top-tier, non-absorbable mono polypropylene. This ensures unmatched strength and phenomenal durability, delivering peace of mind for extended use.Ingeniously designed to seamlessly complement the complex anatomy of the human groin, this mesh provides an impeccable fit while effortlessly covering the myopectineal orifice. Its state-of-the-art design ensures easy flattening, removing the need for cutting, thus optimizing surgical procedures and offering superior ease for healthcare professionals.




Product Specification:
A: Light Type - With a sophisticated weight of 30±8g/m², this variant offers a superb balance of structural support and extraordinary comfort, addressing patient needs with finesse.
B: Standard Type - At 70±10g/m², this strong and reliable type delivers outstanding stability, meeting a broad spectrum of surgical demands with assurance.
C: Medium Type - Weighing 43±10g/m², this adaptable and dependable option maximizes performance while ensuring user-friendly application, making it a top choice for diverse procedures.

Outstanding Advantages:
Painstakingly designed to perfectly align with the natural anatomy of the human groin, ensuring optimal implantation and unparalleled patient comfort during the healing journey.
Seamlessly integrates to provide precise coverage of the myopectineal orifice, guaranteeing peak surgical efficiency and effectiveness, thus improving procedural outcomes.
Crafted for easy flattening and accurate positioning, this mesh significantly streamlines the surgical workflow, boosting efficiency for surgeons.
Significantly reduces surgical operation time, offering a more efficient and effective experience, thus facilitating superior outcomes for both surgeons and patients.
Substantially minimizes the sensation of foreign bodies and drastically reduces postoperative pain, significantly enhancing the recovery process and elevating patient satisfaction to unprecedented levels.