3DMax™ Large Right 10.8 × 16 cm Polypropylene Surgical Mesh – C. R. Bard

The 3DMax™ Large Right 10.8 × 16 cm Polypropylene Surgical Mesh by C. R. Bard is an anatomically contoured surgical implant designed for soft tissue reinforcement during right-sided inguinal hernia repair. Manufactured from knitted polypropylene monofilaments, this surgical mesh features a unique three-dimensional structure that conforms to the natural anatomy of the inguinal region, supporting accurate positioning and effective tissue reinforcement.

Designed for minimally invasive hernia repair procedures, including laparoscopic and robotic-assisted techniques, the 3DMax™ surgical mesh features a preformed anatomical shape, sealed edges and a medial orientation marker to assist surgeons during placement.

The large right-sided configuration measures 10.8 × 16 cm, making it suitable for surgical procedures requiring broad anatomical coverage of the right inguinal region.

Key Features and Benefits

• Anatomically Contoured 3D Design: Preformed three-dimensional structure designed to conform to the natural contours of the right inguinal anatomy.

• Knitted Polypropylene Material: Constructed from durable polypropylene monofilaments for permanent soft tissue reinforcement.

• Large 10.8 × 16 cm Size: Provides broad coverage for appropriate right-sided inguinal hernia repair procedures.

• Right-Sided Configuration: Specifically shaped for anatomical placement in the right inguinal region.

• Sealed Mesh Edges: Designed to support handling and positioning during surgery.

• Medial Orientation Marker: Includes an identifiable marker to guide correct anatomical orientation.

• Minimally Invasive Compatibility: Designed for laparoscopic and robotic-assisted inguinal hernia repair techniques.

• Potential Fixation-Free Placement: The anatomical design may allow placement without fixation in appropriately selected procedures, according to surgical judgment.

• Permanent Implant: Provides long-term structural reinforcement of weakened tissue.