Cortical Strut Plate is 100% cortical bone block derived from the diaphysis of the femoral bone, shaped into a thin rectangular sheet with an approximate thickness of one millimeter (0.7-1.2 mm). Similarly, to the autogenous bone, it can be used for the shell technique. The concept of the shell technique is the preparation of a biological container, which creates the necessary space for the full incorporation of particulate bone graft material to rebuild new bone for dental implant placement. The technique is also published as cortical lamina technique or framework technique. With excellent strength and a prolonged absorption time, Cortical Strut Plate acts as a robust barrier against any micromovements in the augmentation area, protecting the desired space for the growth of new bone in both horizontal and vertical dimensions. Additionally, due to its optimum thickness, it efficiently ensures blood supply to the Augmentation area.
Cortical Strut Plate is 100% cortical bone block derived from the diaphysis of the femoral bone, shaped into a thin rectangular sheet with an approximate thickness of one millimeter (0.7-1.2 mm). Similarly, to the autogenous bone, it can be used for the shell technique. The concept of the shell technique is the preparation of a biological container, which creates the necessary space for the full incorporation of particulate bone graft material to rebuild new bone for dental implant placement. The technique is also published as cortical lamina technique or framework technique. With excellent strength and a prolonged absorption time, Cortical Strut Plate acts as a robust barrier against any micromovements in the augmentation area, protecting the desired space for the growth of new bone in both horizontal and vertical dimensions. Additionally, due to its optimum thickness, it efficiently ensures blood supply to the Augmentation area.
INDICATIONS
Code | Product | Dimensions |
29112 | Cortical Strut Plate | 10*20mm 0.7 |
29113 | Cortical Strut Plate | 10*20mm 0.7 |
29114 | Cortical Strut Plate | 10*20mm 0.7 |