Bard Soft Mesh 7.5cm x 15cm (Surgical Mesh) – C. R. Bard

The Bard Soft Mesh 7.5cm x 15cm Surgical Mesh by C. R. Bard is a lightweight, non-absorbable polypropylene mesh designed for soft tissue reinforcement during hernia repair procedures. Featuring a large-pore, monofilament knitted structure, this surgical mesh offers flexibility, strength, and a soft, compliant design to facilitate surgical handling and positioning.

Measuring 7.5cm x 15cm (3 x 6 inches), the rectangular Bard Soft Mesh provides reinforcement for selected inguinal, ventral, and incisional hernia repairs. Its lightweight construction contains approximately 60% less material by weight than traditional polypropylene mesh, offering a lower-profile alternative for surgeons who prefer to implant less material.

The mesh features a flexible knitted structure that can be trimmed and shaped according to surgical requirements without readily fraying or unravelling. Its large-pore design facilitates tissue incorporation while providing permanent reinforcement to weakened tissue.

Designed for professional surgical use, Bard Soft Mesh 7.5 x 15cm is suitable for selected open and laparoscopic hernia repair procedures where permanent soft tissue reinforcement is required.

Key Features

• 7.5cm x 15cm Size: Rectangular surgical mesh designed for selected hernia repair procedures.

• Lightweight Polypropylene: Approximately 60% lighter than traditional polypropylene mesh.

• Large-Pore Construction: Designed to facilitate tissue incorporation and fibroblastic response.

• Monofilament Knitted Structure: Provides flexible, permanent reinforcement for weakened soft tissue.

• Soft and Compliant Design: Supports ease of handling and positioning during surgery.

• Non-Absorbable Material: Designed to remain implanted for long-term tissue reinforcement.

• Trim-to-Fit Construction: Can be cut and shaped without readily fraying or unravelling.

• Low-Profile Mesh: Thin knitted construction facilitates placement during appropriate surgical procedures.

• Versatile Surgical Application: Designed for selected open and laparoscopic hernia repairs.