Dental Implant Design
The Neoss Implants are based on extensive research and development, the outcome of which is a state-of-the-art system, rationalised by design.
The implants have a patented design and geometry which imparts specific features and benefits to the system.
Neoss implants may be used as a one or two-stage implant and are manufactured from Commercially Pure Titanium Grade IV with a subtractive surface. The system fulfils all clinical indications with a compact and rational range of implant components and instruments.
The Neoss Implant System incorporates TCF geometry combining both Thread Cutting and Thread Forming (TCF) features. This feature results in optimised stability in all bone qualities by a combination of thread cutting and compression thereby optimising stability in poor bone quality and minimising over compression in dense bone.
The implants are ‘double threaded’ and are designed with a positive tolerance to achieve compression and increase stability in poor quality bone.
In order to optimise stability and allow seating whilst minimising over compression, a secondary cutting face (TCF design) engages and cuts dense bone areas compensating for the positive tolerance. This extends along the major threaded part of the body depending on the implant type.
These features ensure that optimal stability is achieved. There is a unique relationship between the preparation site, instruments and the geometric features of the Neoss implants and the TCF design.
