Bio-Esthetic™ indirect abutments

Jan. 1, 1998
Steri-Oss announces an expansion of its Bio-Esthetic Abutment System. Clinicians now can use traditional clinical and laboratory implant procedures to prepare the system`s anatomically correct components. The new indirect abutments mimic the shape of the natural teeth morphology and help to achieve an ideal emergence profile.

Steri-Oss announces an expansion of its Bio-Esthetic Abutment System. Clinicians now can use traditional clinical and laboratory implant procedures to prepare the system`s anatomically correct components. The new indirect abutments mimic the shape of the natural teeth morphology and help to achieve an ideal emergence profile.

The Bio-Esthetic Indirect Abutment System consists of three types of anatomically shaped components: tissue-contouring abutments, transfer assemblies and final abutments.

The new indirect abutments are available for Steri-Oss` 4.3mm and 5.0mm Replace™ Implants, as well as for the 3.25mm HL, 3.8/4.5mm HL and 5.0mm HL Steri-Oss Dental Implants.

For more information, contact Steri-Oss at (800) 322-5001.

Sponsored Recommendations

Clinical Study: OraCare Reduced Probing Depths 4450% Better than Brushing Alone

Good oral hygiene is essential to preserving gum health. In this study the improvements seen were statistically superior at reducing pocket depth than brushing alone (control ...

Clincial Study: OraCare Proven to Improve Gingival Health by 604% in just a 6 Week Period

A new clinical study reveals how OraCare showed improvement in the whole mouth as bleeding, plaque reduction, interproximal sites, and probing depths were all evaluated. All areas...

Chlorine Dioxide Efficacy Against Pathogens and How it Compares to Chlorhexidine

Explore our library of studies to learn about the historical application of chlorine dioxide, efficacy against pathogens, how it compares to chlorhexidine and more.

Enhancing Your Practice Growth with Chairside Milling

When practice growth and predictability matter...Get more output with less input discover chairside milling.