Pristyn Medical Devices Benefits

The Pro-Visc 3D Composite Dual-Sided Mesh is the first of its kind in the market for intra-peritoneal placement. It features a macro-perforated structure with two distinct sides. One side is permeable and made of polyester, allowing for good fibroblast colonization and rapid tissue fixation. The other side is smooth, non-absorbable, and non-adherent, made of polyurethane, enabling fluid transfer and contact with viscera.

Features of The Pro-Visc 3D Dual-Side Mesh
• Over 10 years of human clinical experience.
• Pre-cut and entirely macro-perforated prosthesis.
• No viral contamination risk (100% synthetic materials).
• Excellent multidirectional mechanical properties and resistance to tearing.
• Ready-for-use prosthesis, with no preparation before implantation (minimum septic risks).
• Pre-fitted with polyester sutures; visual mark printed on polyester for easy mesh centering.
• 3D Honeycomb knitted structure for superior tissue integration and patient comfort.

Indications:
• Specifically designed for intra-abdominal placement.
• Effective treatment for ventral and umbilical hernias.
• Suitable for both laparoscopy and laparotomy.

FAQs of The Pro-Visc 3D Dual-Side Surgical mesh

What is the Pro-Visc 3D Dual-Side Surgical Mesh?
The Pro-Visc 3D Dual-Side Surgical Mesh is a medical device utilized to provide structural support and reinforcement in various surgical procedures. It features a unique dual-side design, which enhances tissue integration and support.

What are the key features of the Pro-Visc 3D Dual-Side Surgical Mesh?
Key features of the Pro-Visc 3D Dual-Side Surgical Mesh include its 3D design for optimal tissue contact, dual-side construction for improved adhesion and support, and biocompatible materials that promote effective healing. The mesh is designed to provide strong reinforcement while minimizing complications.

How does the dual-side design benefit the surgical outcome?
The dual-side design benefits the surgical outcome by providing improved tissue integration and fixation. One side of the mesh promotes adhesion to the surrounding tissue, while the other side facilitates mesh anchoring, leading to better support and reduced risk of mesh migration or recurrence.