INNOVATION CONTRACT WARRANTY,'

For more than 25 years, the TBR group based its development on an ambitious Research & Development policy. Conscious that quality and innovation are very important, the TBR Group has kept investing in people and means to answer to technological demands. The Research & Development Department is composed of dental surgeons, biomechanical engineers and biomedical experts. Built on solid technological background, the TBR group focuses on values of excellence and innovation and considers its customers and collaborators to be partners in the interest of safety, quality and aesthetics. Our mission is...

Scanning Electron Microscopy of Y-TZP Zirconia

CERAMICS Periosave Z1 implants zirconia-titanium in the subcutaneous tissue of the rat Extract from the report histological P The Zirconia solution: increasing osteoblasts and fibroblasts adhesion and proliferation P The Zirconia solution: favoring peri-implant parameters P Aesthetic benefits of the Zirconia-titanium technology P Periodontal benefits of the zirconia-titanium surface P The Zirconia solution: reducing bacterial proliferation P Collagen Fiber Orientation Around Machined Titanium and Zirconia Dental Implant Necks: An Animal Study P High resistance in a worst-case...

SCIENTIFIC STUDIES Periosave Z1 implants zirconia-titanium in the subcutaneous tissue of the rat - Extract from the report histological LEMI (Laboratoire d’études des Matériels Implantables) - France zirconia-titanium implants, subcutaneous tissue, reducing inflammation phenomena 2011 Materials & method: 10 implants in the subcutaneous tissue of rats in a formalin solution. Washing H20: 3 weeks in several baths. Dehydration in increasing concentrations of ethanol: 3 weeks. MMA growing suite of solution: 2 weeks. Polymerization of MMA and dibutyl phthalate: 2 weeks. By diamond saw cutting and...

CERAMICS Figure 2: Under the microscope, show longitudinal sections, a metallic implant (M) surrounded in its upper part with a ceramic collar C. Figure 3: Under the microscope, the dense fibrous tissue (TF) formed around the implants, which separates it from the facial muscles (FM) is very similar in contact with the ceramic (cer) and metal (black) A low magnification (fig .2, 3) when the cut is perpendicular to the skin, it appears that the implant is separated from the subcutaneous by a plane of muscle fibers (facial muscles) fabric and a plan dense fibrous tissue in contact with different...

SCIENTIFIC STUDIES The Zirconia solution: increasing osteoblasts and fibroblasts adhesion and proliferation Drs A.E. BIANCHI, M.BOSETTI, G. DOCI,M.T. SBERNA, F.SANFILIPPO, M. CANNAS zirconia collar, adhesion, proliferation, osteoblasts, fibroblasts November 2004 SUMMARY Aim In vitro comparative study of human fibroblasts and osteoblasts proliferation and adhesion on implants made of titanium, titanium with a zirconia collar (TBR® Z1) and on a polymeric substrate Thermanox. Materials and Methods The materials used in this study were tetragonal stabilized with yttrium oxide (Y-TZP) zirconia and...

Cell Number Fig(1) – Fibroblasts and osteoblast-like cells quantification at 6 hr cell incubation (adhesion test) on titanium (Ti), zirconia coated titanium (Ti-Zi) and on control Thermanox slide (CTR). Cell Number Fig(2) – Fibroblasts and osteoblast-like cells quantification at 4 days of incubation (adhesion test) on titanium (Ti), zirconia coated titanium (Ti-Zi) and on control Thermanox slide (CTR).

SCIENTIFIC STUDIES Drs A.E. BIANCHI, M.BOSETTI, G. DOCI, M.T. SBERNA, F.SANFILIPPO, M. CANNAS zirconia collar, plaque index, distance implant-shoulder to bone, probing depth, probing attachment level SUMMARY Aim In vivo comparative study on the peri-implant parameters of one-stage implants with a zirconia collar (TBR® Z1), in contrast to the same shape implants with a titanium collar. Materials and Methods A 2-yr randomized study was performed from 2000-2002 on 20 patients. A total of 44 implants were placed (24 in the maxilla and 20 in the mandibule): 29 implants in 13 patients had zirconia...

Aesthetic benefits of the Zirconia-titanium technology TBR Research Center zirconia, aesthetic, peri-implant soft tissue, creeping attachment October 2005 SUMMARY Aim There is an abundance of scientific publications that supports the osseointegration of titanium implants in the oral cavity. Greater detail is now on the treatment planning of all dental implant cases with a strong emphasis in the anterior area. The peri-implant gingival shape is essential in obtaining the optimal esthetic results. Zirconia materials are contributing in the efforts of achieving biologic and esthetic success. Results...

SCIENTIFIC STUDIES Periodontal benefits of the zirconia-titanium surface TBR Research Center zirconia, soft tissue, peri-implant gingiva junction Spring 2005 SUMMARY Aim The peri-implant gingiva junction represents an important aspect in peri-implant tissue integration. It constitutes a barrier between the septic buccal area and the internal area. The aim of this study, is to evaluate the Titanium-Soft tissue relation. Evaluation Scheme - Gingival extraction: palatine slope of the gingiva-implant sulcus - Implant system: TBR Z1 - Post-implantation time lapse: 6 months - Extraction coloring: eosin-hematein...

The Zirconia solution: reducing bacterial proliferation Drs L. RIMONDINI, L. CERRONI, A. CARASSI, P. TORRICELLI zirconia, titanium, soft tissue, bacterial adhesion November 2002 SUMMARY Aim Assessment of microbial colonization on new ceramics developed for abutment manufacturing. Materials and Methods The materials used in these experiments were «as¬fired» and «rectified» ceramic disks made of tetragonal zirconia polycrystals stabilized with yttrium (Y-TZP) and commercially pure grade 2 Titanium (Ti). Discs were tested in vitro and with eluates containing the following bacteria: Streptococcus...