Optimize Dental Implants with the Osseodensification Burs Kit

Introduction to Osseodensification implant

Dental implant with the Osseodensification Burs Kit therapy is today widely accepted as one of the reliable options for restoring missing dentition. The basic concept of implanting metallic devices in bone was first described by Bothe et al in the 1940s, followed by Leventhal et al in 1951, who described titanium as a potentially biocompatible surgical implantable material. Branemark later reported that the metallic microscope (titanium optic chamber) made of titanium to observe microvascular circulation in living bone could not easily be retrieved after the experiments. The external geometry of the titanium optic chamber possessed threads so that they mechanically engaged into the bone. It was not in their plan that the titanium microscopes integrated firmly into the bone; however, this coincidence inspired the research group to apply this concept to dental implants with hopes that they would functionally restore the dentition.

Specification of Osseodensification Burs Kit

Osseodensification Burs Kit is Titanium and its alloys are regarded as bioinert or biocompatible materials and are stable in the body owing to the spontaneously formed oxide layer. Biomaterial research regarding dental implants has dominantly utilized titanium as a material of choice, and both basic and clinical research show that commercially pure titanium and several other titanium alloys are osteoconductive and promote osseointegration.

Reviews on Osseodensification Burs Kit

Recently, the interplay between factors such as implant Osseodensification Burs Kit macrogeometry, topography, and surgical protocols has been of interest. Evidence suggests that enhanced establishment of osseointegration may not be achieved by a single factor. For instance, if the implant surface possessed state-of-the-art surface features for increased osseoconduction, implants may not present better osseointegration unless other factors generate a host bed for the surfaces to interact with osteogenic cells.

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1. Exploring the Osseodensification Burs Kit and its Impact on Implantology

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