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PLEX V
The mineralized inorganic bone matrix of the Bonefill has a porous macro and micro structure similar to the human cortical and spongy bones. In granulate form, Bonefill Dense, Porous & Mix act as osteoconductive mechanism promoting bone growth and regeneration. With time, the Bonefill is partially remodeled through the action of osteoclasts and osteoblasts, being a viable alternative to autologous bone in defects suitable for its use and indication.
Bonefill is recommended for filling bone defects and for volumetric increase in the following situations:
The surface helps the absorption of proteins in the Bonefill Porous particles, enabling the efficient adhesion of the osteoblasts. This biological interaction enables a reliable bone formation.
The rapid and complete hydration with blood or saline solution is an important feature of the handling, new bone formation and clinical success. Its strong capillary action allows the rapid and efficient penetration of particles with fluids in the material, nutrients and blood through its three-dimensional network of the trabecular bone, resulting in excellent handling, application and predictability in daily clinical use.
Courtesy by. Dr Danilo Maeda
6 months sinus floor augmentation
Courtesy by. Dr Fábio Mizutani
6 months sinus floor augmentation
Courtesy by. Dr Danilo Maeda
6 months split crest
16001. Bonefill Denso [0,10- 0,60 mm] I Small 0,50g = 0,50cc
16024. Bonefill Denso [0,60- 1,50 mm] I Medium 0,50g = 0,50cc
16026. Bonefill Denso [1,50- 2,50 mm] I Large 0,50g = 1,00cc
16891. Bonefill Porous [0,10- 0,60 mm] I Small 1,0g = 1,50cc
16892. Bonefill Porous [0,60- 1,50 mm] I Medium 1,0g = 2,10cc
16893. Bonefill Porous [1,50- 2,50 mm] I Large 1,0g = 3,00cc
16955. Bonefill Mix [0,10- 1,50 mm] I Small/Medium 0,50g = 0,88cc
16964. Bonefill Mix [0,10- 1,50 mm] I Medium/Medium 0,50g = 0,88cc
43 EUR | 16001 | Bonefill [0,10- 0,60 mm] Small 0,50cc | 0,5 g |
43 EUR | 16024 | Bonefill [0,60- 1,50 mm] Medium 0,50cc | 0,5 g |
43 EUR | 16026 | Bonefill [1,50- 2,50 mm] Large 1,00cc | 0,5 g |
101 EUR | 16043 | Bonefill [0,10- 0,60 mm] Small 2,60cc | 2,5 g |
101 EUR | 16042 | Bonefill [0,60- 1,50 mm] Medium 2,60cc | 2,5 g |
51 EUR | 16894 | Bonefill Porous [0,10- 0,60 mm] Small 0,75cc | 0,5 g |
51 EUR | 16911 | Bonefill Porous [0,60- 1,50 mm] Medium 1,05cc | 0,5 g |
51 EUR | 16928 | Bonefill Porous [1,50- 2,50 mm] Large 1,45cc | 0,5 g |
101 EUR | 16891 | Bonefill Porous [0,10- 0,60 mm] Small 1,50cc | 1,0 g |
101 EUR | 16892 | Bonefill Porous [0,60- 1,50 mm] Medium 2,10cc | 1,0 g |
101 EUR | 16893 | Bonefill Porous [1,50- 2,50 mm] Large 3,00cc | 1,0 g |
158 EUR | 16914 | Bonefill Porous [0,60- 1,50 mm] Medium 5,25cc | 2,5 g |
56 EUR | 16955 | Bonefill Mix [0,10- 1,50 mm] Small/Medium 0,88cc | 0,5 g |
56 EUR | 16964 | Bonefill Mix [0,60- 1,50 mm] Medium/Medium | 0,5 g |
105 EUR | 16965 | Bonefill Mix [0,60- 1,50 mm] Medium/Medium | 1,0 g |
169 EUR | 16966 | Bonefill Mix [0,60- 1,50 mm] Medium/Medium | 2,5 g |
For experienced oral and maxillofacial surgeons, xenograft bone blocks for block augmentation are the only real alternative to harvesting the patient’s own autologous bone.
105 EUR | 16495 | Bonefill Block [5 x 10 x 10 mm] | 0,5 g |
132 EUR | 16498 | Bonefill Block [5 x 20 x 20 mm] | 0,5 g |
193 EUR | 16493 | Bonefill Block [10 x 10 x 40 mm] | 1,0 g |
Hydroxyapatite, Ca10(PO4)6(OH)2 is a hydrated calcium phosphate, major component (about 95%) of the mineral phase of human bones and teeth. Used by the body to make up the skeleton due to its capacity to act as a calcium and phosphorus reserve. Due to its chemical similarity with the chemical phase of bone tissues, it is one of the most biocompatible materials known, promoting bone growth in regions where it is found (osteoconductive), establishing chemical bonds between it and the bone tissue (bioactive), allowing the proliferation of fibroblasts, osteoblasts and other bone cells, which are not different from the bone surface indicating a high surface chemical similarity.
The hydroxyapatite-based biomaterials have been widely used in bone replacement. Hydroxyapatite is a bone graft material indicated with success in orthopedic, cranio-maxillofacial and dental surgeries. It is recommended for the repair of cranial base defects, spinal fusion and orthopedic applications, besides bone graft around dental implants and metal hip prostheses.
Origin: 100% synthetic.
Phase Purity ≥ 95%.
Porosity: 80% Overall porosity.
Interconnecting pore system ensures fast revascularization.
Resorption: Long-Term volume stability.
Biocompatible.
Radiopaque: Allows the monitorization of osteointegration.
Easy to handle.
37 EUR | 16032 | od 0,90 do 1,00 mm | 0,5 g - 1,70 cc |
37 EUR | 16033 | od 1,41 mm | 0,5 g - 1,50 cc |
60 EUR | 16035 | od 1,71 mm | 1,0 g - 2,60 cc |
Pure phase Beta tricalcium phosphate (ß-TCP) (Ca3(PO4)2) is a resorbable synthetic particulate ceramic made from Calcium Hydroxide (Ca(OH)2), Phosphoric Acid (H3PO4), with the proportion of Ca3(PO4)2 being 91.67% according to the X-Ray Diffraction test. It is used as matrix for bone tissue neoformation because, in terms of composition, it is identical to the bone matrix and allows the restoration of this tissue through the osteoconduction process.
The first healing stage promotes the migration of vessels through porosities, followed by the migration of bone forming cells that suffer differentiation through contact with the mineral portion of the bone.
Beta TCP is a biomaterial used in bone graft procedures, and it is a synthetic bioceramic, elective for regenerative techniques in Periodontics, Implant Dentistry, Orthopedics or medical and dental surgery procedures that require bone neoformation. It can be used in the reconstruction of traumatic or degenerative bone wall defects, sinus floor elevation, periodontal or alveolar bone filling and osteotomies, as well as the site preservation and preparation. In medical procedures, it is used in orthopedics and traumatology cases such as correction of musculoskeletal tumors, spinal chord and cervical spine injuries.
Origin: 100% synthetic.
Phase Purity ≥ 95%.
Porosity: Over 80%.
Gradually and completely resorbable.
37 EUR | 16057 | od 0,10 do 0,50 mm | 0,5 g - 1,9 cc |
72 EUR | 16062 | od 0,10 do 0,50 mm | 3 g - 11,5 cc |