COPING-ANALOGUE KIT
Disclosed is a kit useful in connection with the preparation of dental prostheses and including an implant-abutment analogue and a burnout coping. The analogue generally corresponds to an implant and abutment in the jaw of a patient. A burnout coping is secured to the analogue for the preparation of the dental prosthetic. In one embodiment, the analogue includes a connection feature and the coping includes a mating connection feature, the connection feature on the coping positioned to provide a remnant on the dental prosthetic prepared thereform that does not interfere with the placement of the prosthetic onto an implant and abutment in the jaw of a patient. In another embodiment, not mutually exclusive with respect to the first embodiment, the coping comprises first and second portions that are movable with respect to one another and sized respectively to engage first and second portions of an analogue.
1 . A kit comprising:
an implant-abutment analogue, said implant-abutment analogue representing a corresponding dental implant and abutment; and
a burnout coping engageable with said analogue, said analogue including an analogue connection feature engageable with a burnout coping connection feature on said burnout coping, said burnout coping connection feature positioned to provide a connection feature remnant on a dental prosthetic prepared therefrom that does not interfere with the placement of the dental prosthetic onto the corresponding implant and abutment.
2 . A kit according to claim 1 , said analogue comprising a boss disposed on a portion of said analogue that corresponds to a void space on the corresponding implant and abutment, said coping being formed of a material that is sufficiently elastomeric to provide a retention press fit on said boss.
3 . A kit according to claim 1 , said analogue having an indexing wall surface and said coping having a corresponding indexing wall surface.
4 . A kit according to claim 3 , said analogue comprising a boss disposed on a portion of said analogue that corresponds to a void space on the corresponding implant and abutment, said coping being formed of a material that is sufficiently elastomeric to provide a retention press fit on said boss, said boss having an alignment socket and said coping having a corresponding alignment protrusion.
5 . A kit according to claim 4 , said boss including plural alignment sockets and said coping including plural corresponding alignment protrusions.
6 . A kit according to claim 1 , said coping comprising first and second parts movable with respect to each other, said first part including said burnout coping connecting feature and being sized to engage the analogue connection feature and said second part movable with respect to said first part and sized to engage a different portion of said analogue.
7 . A method for preparing a dental prosthesis, comprising:
providing a dental impression including an impression cap that corresponds to the position of an implant and abutment in the jaw of a patient;
securing an implant-abutment analogue to said impression to form a negative impression combination;
forming a positive impression from said negative impression combination;
securing a burnout coping to said analogue to form a positive impression combination; and
forming a prosthesis using said positive impression combination, said coping being secured to said analogue via mating connection features, said analogue including an analogue connection feature engageable with a burnout coping connection feature on said burnout coping, said burnout coping connection feature positioned to provide a connection feature remnant on a dental prosthetic prepared therefrom that does not interfere with the placement of the dental prosthetic onto the corresponding implant and abutment.
8 . A method according to claim 7 , said analogue comprising a boss disposed on a portion of said analogue that corresponds to a void space on the corresponding implant and abutment, said coping being formed of a material that is sufficiently elastomeric to provide a retention press fit on said boss.
9 . A method according to claim 7 , said analogue having an indexing wall surface and said coping having a corresponding wall surface.
10 . A method according to claim 7 , said analogue comprising a boss disposed on a portion of said analogue that corresponds to a void space on the corresponding implant and abutment, said coping being formed of a material that is sufficiently elastomeric to provide a retention press fit on said boss, said boss having an alignment socket and said coping having a corresponding alignment protrusion.
11 . A method according to claim 10 , said boss including plural alignment sockets and said coping including plural corresponding alignment protrusions.
12 . A method according to claim 7 , said coping comprising first and second parts movable with respect to each other, said first part including said burnout coping connection feature and being sized to engage said analogue connection feature and said second part movable with respect to said first part and sized to engage a different portion of said analogue.
13 . A kit comprising an implant-abutment analogue and a burnout coping, said burnout coping comprising a first portion and a second portion movable with respect to said first portion, said first portion sized to engage a first portion of said analogue and said second portion sized to engage a second portion of said analogue.