Last Chance Pmii - Ethicon Prolene Mesh 3" X 6" (box Of 6) Gadget [Fkxvafy5]

PMII Ethicon Prolene Mesh 3" x 6"

Welcome to the PMII Ethicon Prolene Mesh, a premium medical-grade product designed for surgical applications. This 3" x 6" mesh is crafted with precision and care, offering exceptional strength and durability. With its high-quality Prolene material, this mesh is ideal for a variety of surgical procedures, ensuring reliable support and stability. The box of 6 provides convenience and cost-effectiveness, making it a preferred choice for healthcare professionals worldwide.

• High-quality Prolene material for superior strength and durability.
• Convenient box of 6 for efficient inventory management.

Product Properties and Specifications

The PMII Ethicon Prolene Mesh is engineered to meet the highest standards of surgical mesh quality. Made from Prolene, a synthetic polymer known for its excellent tensile strength, this mesh is resistant to degradation and infection. Each mesh measures 3" x 6", providing ample coverage for various surgical applications. The mesh is designed to be easily implantable, offering flexibility and adaptability to different anatomical structures. With its low-profile design, it minimizes the risk of post-operative complications.

• Low-profile design for minimal tissue irritation and reduced risk of complications.
• Engineered for easy implantation and adaptability to various anatomical structures.

Practical Uses and Benefits

The PMII Ethicon Prolene Mesh is a versatile tool for a wide range of surgical procedures. Whether it's for hernia repair, abdominal wall reconstruction, or other abdominal surgeries, this mesh provides robust support and reinforcement. Its reliable performance and ease of use make it a favorite among surgeons and healthcare professionals. By choosing this product, you are investing in a solution that can enhance patient outcomes and streamline surgical processes.

• Enhanced patient outcomes through reliable support and reinforcement.
• Streamlined surgical processes due to ease of use and adaptability.