Sinus Lift | GBR | BronJ (Bisphosphonate-related Osteonecrosis of the Jaw)
Safety of highly purified BMP-2
Excellent efficacy for sinus augmentation
Superior compatibility with various implants
Osteogenesis
Osteoconduction
Osteointegration
Accelerates bone growth
Sinus Lift | GBR | Alveolar ridge preservation
Super graft containment and osteoconduction
Superior irrigation resistance with high viscosity at body temperature
Safety of highly purified BMP-2
Excellent efficacy for sinus augmentation
Superior compatibility with various implants
A substitute for autogenous or allogeneic cancellous bone graft to provide a matrix for repair process of bone.
Add volume to autogenous graft to obtain osteoconductivity.
Spinal Fusion, Total Joint Revision, Fracture Repair, Autograft extender, Harvest site filler
Ridge augmentation
Extraction site & Osteotomy
Cystic cavities
Sinus Lift
Periodontal defect
Highly resorbable due to high B-TCP content
Easy manipulation
Osteoconductive synthetic bonegraft
Pore size : 200 - 400µm
Porosity : 70 - 80%
HA 20%+ β-TCP 80%
No immune response or disease metastasis due to 100% synthetic bonegrafts
Bone graft material with higher connection porosity and specific surface area than existing osteon and osteon 2
Osteoconductive biphasic calcium phosphate with high β-TCP
Sinus Lift | GBR | Socket preservation
Optimal Remodeling – Absorbable
Easy to Apply – Injectable
Complete Cohesion – Moldable & Mixable
A substitute for autogenous or allogeneic cancellous bone graft to provide a matrix for repair process of bone. Add volume to autogenous graft to obtain osteoconductivity.
Excelos inject is a compound of B-TCP beads (45-75μm) and bio-degradable hydroge
β-TCP beads : Can infiltrate into cancellous bone without being absorbed by macrophage.
Hydrogel : Provides injectablility
Sinus Lift | GBR | Alveolar ridge preservation
Optimal structure of bone and blood vessel in growth
Standard volume extender for osteoconduction
Solid and fast bone formation by carbonated HA
Indicated for filling bony voids or gaps of the skeletal system (i.e., the extremities, spine, pelvis etc.), and filling and/or augmenting intraoral/maxillofacial osseous defect.
Bongros was conjointly developed by Seoul national university department of orthopedic surgery and department of Material engineering.
Animal tests and clinical trials were conducted in Seoul national university dental hospital, Seoul Asan hospital and Samsung medical center for 5 years.
Based on the records, Bongros showed effective ration of 90% which has been proven to have an excellent clinical efficacy. – J. H. Lee et al. Biomed. Mater. Res.
The structure of Bongros has been recognized by the Biomaterials paper in 2000 which now is cited by over 129 SCI papers and is a treasured reference for researchers of synthetic bone graft materials around the world. – B. S. Chang et al. Biomaterials 21(2000) 1291-1298
Osseo Dental Philippines
11th Street Barangay 183, Pasay, Philippines
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