OneAllo Graft®
A natural and predictable way to regenerate bone
OneAllo Graft® Demineralized Cortical Cancellous Powder is produced from mixture of mineralized and Demineralized cortical-cancellous human bone to achieve both osteoconductive and osteoinductive properties. it provides the full spectrum of factors needed to promote bone healing.
All tissue grafts are collected aseptically and processed in a steriled, clean room with class100.
The demineralization procedure utilizes methods that have been shown to leave the matrix and endogenous bone growth factors in place.
Cancellous Bones have good osteoconductive properties and are very well suited to fill defects in the bony structure. Due to their natural origin and optimal porosity, cancellous bone is readily remodeled by the human body and are replaced by new host bone.
OneAllo Graft® characteristics :
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Osteoinductive and Osteoconductive ability.
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Excellent biocompatibility.
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Strict securing system of safety.
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Long shelf Life ( 5 years )
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Replacing Autograft.
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Natural collagen.
OneAllo Graft® Applications:
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Ridge Augmentation or Reconstruction.
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Sinus Grafting.
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Socket Preservation.
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Periodontal Defects Grafting.
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Grafting for implant placement
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Dehiscence or Fenestration treatment
OneAllo Graft® product Range:
OneAllo Graft® is available in eight convenient quantities of small or large granules, which adapt easily to defect sites.
Small OneAllo Graft® granules (>2 mm)
Allows good adaptation to surrounding surface contours.
Useful for smaller defects and autogenous block graft contouring.
Large OneAllo Graft® granules (>4 mm)
Recommended for larger bone augmentation procedures.
OneAllo Graft® small granules (>2 mm)
0.5 CC
1.0 CC
2.0 CC
4.0 CC
The small OneAllo Graft® particles allow close contact with the surrounding bony wall. They are recommended for smaller defects and for contouring autogenous block grafts and augmenting defects around implants.
OneAllo Graft® large granules (>4 mm)
0.5 CC
1.0 CC
2.0 CC
4.0 CC
The large OneAllo Graft® granules provide more space between the particles than the small granules. In large defects, this enables improved regeneration over large distances and provides sufficient space for the ingrowth of new bone.