Introduction

Introducing the Five-Guide Collagen Membrane, engineered to provide superior regenerative support for surgical procedures in dentistry.

This advanced membrane ensuring optimal coverage and effectiveness during surgery and healing period.

Crafted by Dentree, a leader in medical innovations, the Five-Guide Collagen Membrane combines durability with exceptional performance to enhance patient outcomes.

Experience the difference in quality and support with this state-of-the-art collagen membrane.

Collagen Membrane Five-Guide

• Ensures reliable and sustained shielding for a duration of six months.
• Designed with double-sided usability, this membrane ensures enhanced handling efficiency, allowing for precise placement and optimal adaptability during surgical applications.
• The multilayer thin-film structure facilitates osteoblast proliferation and provides sufficient physical properties.
• Offers exceptional space-maintaining capability with enhanced structural integrity.

Microstructure

Animal Test

Collagen Membrane Five-Guide is an advanced bioresorbable membrane designed to support guided tissue regeneration and guided bone regeneration in dental and surgical applications. Its unique five-layer structure optimizes biological performance by facilitating cell adhesion, promoting osteoblast proliferation, and providing a stable barrier for controlled healing.

Key features include:

• Enhanced Biocompatibility – Composed of purified collagen, it integrates seamlessly with surrounding tissues, minimizing the risk of inflammation or immune response.
• Optimal Barrier Function – Prevents unwanted cellular migration while maintaining a structured environment for new bone and tissue growth.
• Superior Handling and Adaptability – With double-sided usability, it allows for precise placement and efficient adaptation during surgical procedures.
• Extended Stability – Provides six months of reliable shielding, ensuring prolonged protection and space maintenance.
• Multilayered Architecture – Supports bone cell proliferation and offers excellent mechanical properties for structural integrity.

This innovative membrane enhances clinical outcomes by improving healing dynamics and ensuring predictable results in regenerative procedures.