Omni-abutment core and methods of use
An omni-abutment includes (i) an apical connection portion that mates/attaches with the receiving portion on a corresponding implant; and (ii) a coronal superstructure. The dental abutment provides features that are not currently found in abutments on the market, allowing the abutment to be used as a key foundation for scanning, impression taking, stability testing, and much more which ultimately would lead to an easier restorative process and fabrication of a dental prosthesis. The abutment could also be used for fabrication of a final prosthesis. The abutment may include alignment indents or protrusions in a platform thereof, internal grooves (e.g., square or rounded) as a tri-lobe or other configuration in the central axial hollow channel, recesses (e.g., divots, grooves) in the exterior periphery for increased adhesion to a gingival healing cuff, internal threading in the hollow channel, and a hex, NC or other connection at the apical connection portion.
1 . An omni-abutment comprising:
(i) an apical connection portion that is configured to mate and/or attach with the receiving portion on a corresponding implant;
(ii) a coronal superstructure connection portion serving as a core that is connected to the apical connection portion either as one homogenous single piece of material or as different biocompatible materials, and wherein at least the coronal superstructure connection portion of the omni-abutment includes a tri-lobe interior structure and a tri-lobe exterior structure, wherein the omni-abutment includes a platform and a collar between the apical connection portion and the coronal superstructure connection portion, the collar including a frustoconical shape with a frustum of the frustoconical shape tapering from a top surface of the platform towards the apical connection portion; and wherein the platform comprising a protruding platform marker that is flushed with a radial edge of the platform.
2 . The omni-abutment as recited in claim 1 , wherein an exterior configuration of the coronal superstructure is not fully symmetrical and includes one or more irregularities, so as to allow digital or analog scanning of such structure in a way that allows the practitioner to determine orientation of the omni-abutment with certainty relative to surrounding oral tissues and the corresponding implant.
3 . The omni-abutment as recited in claim 2 , wherein such scanning includes at least one of CT scanning, x-ray, ultrasound, photogrammetry or other scanning technology.
4 . The omni-abutment as recited in claim 1 , wherein an exterior configuration of the coronal superstructure is not fully symmetrical and includes one or more irregularities, so as to allow a dental impression of such to be used in a way that allows the practitioner to determine orientation of the omni-abutment with certainty relative to surrounding oral tissues and the corresponding implant.
5 . The omni-abutment as recited in claim 2 , further comprising:
an irregular ovoid transverse cross-section provided along the exterior periphery of the coronal superstructure connection portion of the omni-abutment.
6 . The omni-abutment as recited in claim 5 , wherein the irregular ovoid including relatively shorter buccal and lingual faces, and relatively longer mesial and distal faces, wherein the mesial and distal faces include a truncated flattened surface to accommodate use of the omni-abutment in all tooth positions, including the smallest of lower incisor tooth positions.
7 . The omni-abutment as recited in claim 5 , wherein the omni-abutment includes a platform and a collar between the apical connection portion and the coronal superstructure connection portion, the platform and/or collar being anatomically shaped.
8 . The omni-abutment as recited in claim 5 , further comprising one or more alignment indents or one or more alignment protrusions in a coronal top surface of the platform.
9 . The omni-abutment as recited in claim 5 , wherein the omni-abutment includes a central axial hollow portion or channel, wherein the hollow portion or channel also includes tri-lobe grooves as part of the tri-lobe interior structure within a coronal superstructure connection portion of the omni-abutment, for mating with a correspondingly shaped scanning body, torque wrench, percussion insert or other insert.
10 . The omni-abutment as recited in claim 5 , wherein the coronal superstructure connection portion of the omni-abutment includes one or more recessed portions in an exterior periphery of the omni-abutment, for reception of a composite or other curable material for adhering the omni-abutment to an associated gingival healing cuff.
11 . The omni-abutment as recited in claim 10 , wherein the recessed portions run both axially and longitudinally around the exterior periphery of the coronal superstructure connection portion of the omni-abutment.
12 . The omni-abutment as recited in claim 5 , wherein the apical connection portion comprises at least one of a hex connection or any other connection at the apical connection portion.
13 . The omni-abutment as recited in claim 5 , further comprising internal threads within a central axial hollow portion or channel of the omni-abutment, for threaded attachment of a scanning body, impression post, torque wrench, percussion insert, or other insert.
14 . The omni-abutment as recited in claim 5 , wherein the apical connection portion includes an engaging configuration that allows it to be scanned in a way that the practitioner can determine orientation of the abutment with certainty, relative to surrounding oral anatomical structure and the corresponding implant, use of such in fabrication of a prosthesis.
15 . The omni-abutment as recited in claim 5 , wherein the omni-abutment is adapted to be used to support a provisional or final prosthesis.
16 . The omni-abutment as recited in claim 5 , wherein the omni-abutment is adapted to be adjusted by a practitioner as to its height by shortening the abutment.
17 . The omni-abutment as recited in claim 5 , wherein the omni-abutment is adapted to be horizontally adjusted by a practitioner.
18 . An omni-abutment and gingival healing cuff system, comprising the omni-abutment as recited in claim 2 , and a gingival healing cuff that fits over the omni-abutment, wherein the gingival healing cuff includes a corresponding structure for receipt of the tri-lobe exterior structure of the omni-abutment, so as to mate the two together in a keyed arrangement.
19 . The system as recited in claim 18 , wherein the system includes a plurality of available gingival healing cuffs, each with a different size or configuration, wherein each cuff includes a hollow opening at a center portion of the gingival healing cuff, for receipt of the tri-lobe exterior structure for receipt of the tri-lobe exterior structure of the omni-abutment, wherein the hollow opening in each gingival healing cuff is identically sized or differently sized.
20 . The system as recited in claim 18 , further comprising at least one of a buccal or lingual handle portion extending from the gingival healing cuff.
21 . A system including the omni-abutment as recited in claim 5 , for use with a dental implant, wherein the system further includes a scanning body insert, impression post insert, torque wrench insert, percussion insert, or other insert, which insert couples directly into a dental implant underlying the omni-abutment.