Unique three-dimensional polypropylene mesh for laparoscopic inguinal hernia repair. A clinically proven fixation-free product for laparoscopic approaches such as TAPP, TEP and Robotic TAPP. The 3DMax™ Mesh was developed based on careful and …

3DMax™ MID Anatomical Mesh is optimized for robotic and laparoscopic inguinal hernia repair and designed for improved efficiency, ease of use, and consistent patient outcomes. Learn more.

The 3DMax™ Mesh was developed based on careful and precise anatomical research of the inguinal canal. The three-dimensional, anatomically curved shape, sealed edge and medial orientation marker allow for easier positioning than a conventional flat mesh and also enhance the speed and simplicity of placement. 1

The 3DMax™ MID Anatomical Mesh is indicated for use in the reinforcement of soft tissue where weakness exists in the repair of inguinal hernias. Contraindications. Do not use polypropylene mesh in infants, children, or pregnant or breastfeeding women, whereby future growth will be compromised by use of such material.

Fully contoured mesh designed to conform to the inguinal anatomy. Sealed edge and medial orientation marker are designed to ensure an anatomically correct fit and less wrinkling than conventional flat mesh. Eliminates need for fixation, which saves time and money.

Mar 13, 2025 · Unique three-dimensional polypropylene mesh for laparoscopic inguinal hernia repair. The 3DMax™ Mesh was developed based on careful and precise anatomical research of the inguinal canal.

3DMax™ MID Anatomical Mesh is optimized for robotic and laparoscopic inguinal hernia repair and designed for improved efficiency, ease of use and consistent patient outcomes.

The BD 3DMax™ Mesh portfolio has been utilized globally for over 22 years and is a clinically proven inguinal hernia repair solution. 3DMax™ Mesh portfolio has been reported in a wide number of clinical publications with and without fixation, demonstrating a low rate of hernia recurrence. 2,7.

3DMax™ Mesh is designed to conform to the inguinal anatomy and retain this shape following laparoscopic introduction, including a robotic approach. It begins with a hydrogel barrier.

Mar 25, 2025 · This lighter-weight version of our popular 3DMax™ Mesh features a large pore knit. It is easy to deploy and provides excellent visibility. It is designed to conform to the inguinal anatomy and retains its shape following laparoscopic introduction, including a robotic approach.