THE BICON SYSTEM |
Bicon’s distinctive plateau style follows sound bioengineering principles which permit for the utilization of short implants. Its distinctive bacterially-sealed, locking taper, implant to abutment association provides for 360° of universal abutment positioning — providing restorative flexibility unmatched by different implant systems. The sloping shoulder of the Bicon implant consistently provides for gingivally aesthetic restorations, that are simply achieved as a result of the bone that's maintained over the shoulder of the implant provides support for the interdental papillae.
Bicon’s distinctive style and its revolutionary clinical techniques haven't solely passed the check of your time, however conjointly still lead implant dentistry. we have a tendency to welcome your joining Bicon clinicians from round the world, in order that each you and your patients may additionally fancy the clinical advantages of Bicon.
Short Implant
Bicon Short implants |
With Bicon SHORT® Implants you can:
- Avoid very important structures
- Minimize bone grafting procedures
- Maximize implant placement potentialities
- Increase patient acceptance
- Offer a clinically proven resolution
- Offer single unit restorations while not splinting
The efficacy and reliability of an implant style to biocompatibly transfer the occlusal forces on its prosthetic restoration to its surrounding bone could be a important engineering challenge. This challenge can't be met by any single style feature like surface space, however rather needs the acceptable integration of all of its style options. this can be significantly true for brief implants, attributable to their minimal length and better crown to implant ratios. it's paramount that the complete style of short implants maximizes the effectiveness of every of its options inside the implant’s accessible surface space and length.
The Bicon SHORT® Implant is an example of a time proven geometric style that successfully transfers the occlusal forces on its prosthesis to its surrounding bone by appropriately integrating the subsequent features: a bacterially-sealed, 1.5 degree locking taper abutment to implant affiliation and a sub-crestally placed, sloping shouldered implant with a plateaued tapered root type body.
Additionally, these integrated options not solely atone for the implant’s ankylosed nature by successfully reworking occlusal forces to acceptable strains inside the bone, they conjointly give for healthy and gingivally aesthetic peri-implant tissues, additionally as for the callus formation of cortical like bone with central vascular systems. a lot of importantly, the whole thing of this style offers the patient and clinician alike the power to position an implant in edentulous sites where there's minimal bone height, so not solely avoiding the prices and morbidity of bone grafting procedures, however conjointly the prices of simply not having the ability to position an implant.
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