Viral Gdt Hemosponge 100% Pure Collagen Absorbable Sponge Your 85% Coupon Inside [I5VkHgQM]

Introducing GDT Hemosponge: Pure Collagen Absorbable Sponge

The GDT Hemosponge is a revolutionary sterile collagen matrix, meticulously crafted from 100% pure Type 1 bovine collagen. This absorbable sponge is designed to provide an occlusive or semi-occlusive cover for wounds, fostering an optimal healing environment. With its superior sterility, bioabsorbability, and hemostatic control, GDT Hemosponge stands out as a reliable solution for wound management.

• Uncompromising Sterility: Each sponge is individually packaged and sterilized to ensure the highest level of cleanliness and safety.
• Bioabsorbable Collagen Matrix: The sponge is made from a bioabsorbable collagen protein matrix, which degrades naturally as the wound heals, leaving no harmful residue.

Product Specifications and Technical Details

GDT Hemosponge is a gamma-sterilized sponge with a diameter of Ø10.0mm and a length of 20.0mm. It is meticulously purified and made for use with GDT Implants. The sponge is designed to be a temporary membrane scaffolding, aiding in guided bone regeneration by preventing migration between bone graft material and tissue.

• Material: 100% Pure Type 1 Bovine Collagen, meticulously purified.
• Condition: Gamma-Sterilized.

Practical Applications and Benefits

GDT Hemosponge is an invaluable tool for dental professionals and patients alike. Its versatile use in post-extraction protocols minimizes alveolar ridge atrophy, preserves the integrity of the extraction site, and promotes ideal healing conditions. The sponge's structural reinforcement supports blood clots, preventing unwanted tissue growth and enhancing clinical outcomes. With its exceptional hemostatic control and extended longevity, GDT Hemosponge is a trusted choice for effective wound management.

• Minimizes Alveolar Ridge Atrophy: Preserves the integrity of the extraction site and promotes optimal healing.
• Structural Reinforcement: Supports blood clots and prevents unwanted tissue growth, leading to improved clinical outcomes.