IMPLIE
Implant System
Connection: Cone & Hex
This complex cone & hexagonal prism geometry has been proved in the engineering practice and ensures the perfect fitting. We are using a 25-degree cone angle that provides a micro move-free load transmission and assures good conditions for accurate open or closed tray method. It superimposes the forces deep into the implant’s inside.
IMPLIE Narrow
IMPLIE Standard
Specifications of the IMPLIE Implant System:
Platform switching – The fitting diameter of the abutment is smaller than the outside part of the implant connecting to the bone. The bone may slide on to the top flange of the implant, and in turn the soft tissue will close in around the ingoing aperture of the bone nest and the implant’s connecting surface, covering and sealing it up like a sealing ring.
Spiral, micro-grooved corticalis surface – Holding on to the corticalis, the multi-start micro-grooved spiral surface functions as a significant load-bearing element both in the primary and later stage. Due to the cycloid knuckle thread geometry, this selflocking thread structure facilitates deducting the dynamic effects and facilitates the micro move-free conditions and assures a fast incorporation.
Anatomical tooth root-shape, high pitch selfcompressing spongiosa thread – The IMPLIE follows the anatomical shape of the root. Due to the epsilon thread profile, the tapered thread and the high pitch, large thread depth, and the self-locking and self-cutting formation of the implant, it has a bone-compacting effect. As a result of the high primary stability, this enables the implant to be promptly loadable if needed.
Rounded implant end – It facilitates the smaller direction changes during the implant insertion.
For further information,
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