Below you'll find a list of all posts that have been categorized as “Technical studios”
We are delighted to share this Clinical Research Article in The Journal of Dentistry, the leading international dental journal within the field of restorative dentistry. This article presents the novel CAPS (Complete Arch Pillar System), which allows to register the implant position and the maxillomandibular relationship for implant-supported fixed complete dental prostheses. And the most important thing: in one single …
In complete arch implant rehabilitation, one of the greatest difficulties still encountered in the digital workflow is the deviation of the implant position during intraoral scanner (IOS) data acquisition. As a result, the passivity of a definitive prosthesis fabricated using IOS data might be compromised. Thus, an implant position verification method is essential, either digitally or conventionally executed. A fully …
DYNAMIC ABUTMENT TO THE RESCUE! With a few simple words, Kojo Hayford sums up the sense of our company! Below you can see two cases resolved with Dynamic TiBase®. This article has been published in www.spectrumdialogue.com (Vol.18 Num.2 February 2019). Kojo Hayford is a Registered Dental Technician. He graduated from George Brown College with honours in 2006, Kojo Hayford became …
by: Jack Goldberg, DDS, MS,a Tiffany Lee, DDS,b Jin-Ho Phark, DDS, Dr Med Dent,c and Winston Chee, DDSd ABSTRACT Statement of problem. Components have been introduced that allow the screw channel of an implant crown to be angled lingually and the screws to be tightened in a non-axial direction to the implant. Information is lacking as to how the removal …
This article describes an abutment (Dynamic Abutment, Dynamic Abutment Solutions) that allows deviation to the axis of the implant by up to 30 degrees and its use in conjuntion with monolithic zirconia restorations. The nonaxial engagement of the retaining screw is facilitated by a screwdriver with a hexolobular driver tip that corresponds to the design of the screw. This allows …
An evaluation from the flexural-torsional resistance of the Screwdriver set of 3.0 Dynamic Abutment® System has been carried out simulating real working conditions. Stages during the flexural-torsional test, supported by the 3.0 Dynamic Abutment® Screwdriver: PROPORTIONAL LIMIT STRESS: Highest stress at which stress is directly proportional to strain. It is the highest stress at which the curve in a stress-strain diagram is …
Mechanical test on an analogue compatible with Nobel Biocare Branemark 4.1, using a M2 dynamic screw (recommended torque 25N·cm) and a 3.0 Dynamic® TiBase. The test was carried out simulating real working conditions in a clinic, exerting an inclination of 30° ± 2° with the 3.0 Dynamic screwdriver DSPDCLH-24, in relation to the axis of the screw during its tightening …
It is a pleasure to share with all of you a poster on a study made by Doctors Tiffany Lee , Jack Goldberg , Jin Ho Phark , Eva Berroeta and Winston Chee from the Advanced Prosthodontic Dentistry, Herman Ostrow School of Dentistry of USC, University of Southern California, Los Angeles, USA. It is a great honor for our …
The esthetic outcome of implant-supported restorations is affected by the implant position. A well-placed implant will allow appropriate contours of the restoration and together with an adequate volume of soft tissue will result in a functional and esthetic restoration. When a screwretained restoration is anticipated, an implant that is angled too far facially would be esthetically unacceptable. In 2004, an …
The present report presents the results for the flexo-compression static and fatigue simulation study, for a set of Dynamic Titanium Bases and dental implant of Multi-Unit Connection type Nobel Biocare Brand Regular Abutment The Multi-Unit model implemented uses a M1.4 screw, which is the most crucial of all those used. Download file
