Compatible Components: The Clever Choice for a Successful Implant-Prosthetic Treatment

An implant-prosthetic treatment can be successful when the insertion of bone implants and the creation of a prosthesis restore the aesthetic and the functionality in a correct and lasting way.

The current trends of the modern implantology show how the implants must be placed more deeply compared to the mucogingival edge to guarantee a long-lasting prosthesis treatment and by strongly influencing the choice of the prosthesis components associated to the implants, especially for the digital flows management.

Companies like New Ancorvis have fulfilled this need by developing new prosthesis solutions - as ti-base for cement-retained techniques and secondary components (MUA) – compatible with several implant lines.

Since ever New Ancorvis has dedicated a great attention to the research and the creation of its own prosthesis components to equip them with the features suitable to the new surgical trends and to enhance their advantages in the creation of the prosthesis treatment with a strong inclination to a digital workflow.

Now our range of components offers more than 5.400 items in the catalogue. This flexibility and variety allow the professionals to customise the treatment according to the needs of the patient and to easily optimise the clinical results also by counting on an important further advantage: their more affordable cost compared to the components of the manufacturers without compromising the quality and the safety. New Ancorvis has designed its compatible components by satisfying the same strict standards of quality and safety of the original components to guarantee reliability and excellent performances in compliance with the current regulations.

The most key factors for the identification of the prosthesis components by the clinical-technical team include the possibility to choose and to access to solutions able to simplify the efficacy of the daily practice by providing with benefits of performance, stability, and durability.

For example:

The opportunity to select the most suitable component for a better completion of the case
The opportunity to trust on a complete digital path, which starts from the Scan Body to the digital analog, by checking through a wide range of libraries
The possibility to use height-adjustable transmucosal profiles which allow to place the closure edge of the prosthetic treatment at a more crestal level, when the implants need to be placed more deeply.
The possibility to manage the creation of the angled channel of the tightening screw by counting on specific libraries and by using components optimised by tightening screws and specific drivers.

And even more examples:

The opportunity to access to a wide range of ti-base for cement-retained techniques able to reduce the risk of decementation thanks to a great mechanical retention degree of the cannula- which increases the cement tightness - and the typical geometrical shape of the ti-base that guarantee a correct and precise component positioning of the elements on the implants, above all in the connections with non-rotating engagements.

The least but not the last:

The possibility to count on secondary components perfectly in line with the clinical trends to make the subcrestal implants transmucosal and to be able to ease the post-surgery healing process of tissues by respecting the biological width and allowing a correct management of the support surface for the juxta-gingival prosthetic restoration.

Thanks to its deep knowledge in the production of semi-finished products, – from the most complex to the easiest structures, both of metal and powered materials - New Ancorvis has introduced into its line of compatible prosthetic components the best solutions to satisfy and to be ahead of the clinical and technical team’s needs by indicating them as clever, safe and with a good quality-safety relationship for the implant treatment.

The digital libraries are an expression of versatility, and they represent the conjunction ring with the prosthetic components we develop.

By accessing to the wide range of available libraries, the clients are helped in the choice among the works directly screwed on the implants or managed with the use of ti-base for cement-retained technique, and they are free to create a screw angled channel to avoid affecting the aesthetic.

The possibility to select the libraries according to the manufacturing kind for single or full-arch elements with different tolerance levels between the link and the element/structure where they will be positioned can offer a greater warranty of the single elements after having been fixed, and a total passive fit of the full-arch structures according to the needs.

In the end we can state that a Company like New Ancorvis can show how a compatible prosthetic component, if developed according to the right standards and introduced into a suitable digital chain, offers more benefits than an original component developed by only following commercial needs.