Bovine Bone Graft - Granules

$42.00

Glass Vial 0.25cc/0.5cc/1.0cc/2.0cc/5.0cc Of Bone Graft Material In Sterile Blister Packaging

# Bits: 200-1000 µm
# Sizes: 0.25cc / 0.5cc / 1.0cc / 2.0cc / 5.0cc
# Made For GDT Implants.

Natural Bone Graft Material from Bovine Origin

GDT Bovine Bone Graft is used as a filler and scaffold to facilitate bone formation and promote wound healing. This graft is bioresorbable and has no antigen-antibody reaction.

GDT Bovine Bone Graft is based on a bovine 20/80 cortical-cancellous bone mineral matrix, making it the perfect choice for use in guided bone regeneration procedures.

This Xenograft bone material is harvested from cows as a part of a controlled manufacturing process. This bone is specially treated to make it sterile and totally biocompatible. Physical properties (i.e., composition, morphology, and Restoration) are exceptionally reproducible.

The bio-functionality of Bovine graft is characterized by its topographic structure, hydrophilic properties, and the biologic interaction that supports reliable bone formation.

This material is designed to fill the space of the missing bone and encourage the growth of new bone tissue. Bovine (cow) bone is considered a safe and very effective material for bone grafting with dental implants. This bovine material is used for grafting structural defects before implant insertion. It is often used with a non-resorbable membrane or collagen membranes to contain and protect the graft from the oral environment.

GDT Bovine graft is sterilized by gamma-ray and contains no cellular elements. This eliminates the risk of any disease or unfortunate contamination.

It's considered the highest-grade bone substitute in dental bone regeneration – meeting the requirements of clinicians for predictable outcomes.

Advantages:

Radiopaque
100% Natural bovine.
Fully sterilized and contains no cellular elements.
Higher implant survival rates are comparable with implants placed in the native bone.
Completely resorbable.
Optimal osteointegration - high porosity supports osteoconduction.