April.2020

1 Mins

Fabrication Technique for a Custom Implant Emergence Profile on 3D Printed Casts

Fabrication Technique for a Custom Implant Emergence Profile on 3D Printed Casts

Fabrication Technique for a Custom Implant Emergence Profile on 3D Printed Casts

a close up of a structure with a blue background
Dr. Simon Doliveux

Doliveux S, Jamjoom FZ, Nadra M, Gallucci GO, Hamilton A

J Prosthet Dent.

Abstract

A procedure is described for fabricating a removable resilient soft-tissue replica that accurately replicates the contoured emergence profile of an interim implant-supported restoration on a cast fabricated by 3D printing. The technique uses digital scanning and 3D printing technologies to produce a 3D printed replica of the implant-supported interim crown, which is then used to fabricate the custom soft-tissue replica. This straightforward technique allows the accurate replication of the emergence profile without retaining the interim crown or fabricating a new one. No additional clinical appointments are needed.

Keywords

implant prosthodontics, emergence profile, 3D printing, soft-tissue replica, digital workflow

No technician, no engineer.
Just surgical planning by one dentist for another.

Dentist reviewing a CBCT implant plan on a laptop

No technician, no engineer.
Just surgical planning by one dentist for another.

Dentist reviewing a CBCT implant plan on a laptop

No technician, no engineer.
Just surgical planning by one dentist for another.

Dentist reviewing a CBCT implant plan on a laptop

April.2020

1 Mins

Fabrication Technique for a Custom Implant Emergence Profile on 3D Printed Casts

Fabrication Technique for a Custom Implant Emergence Profile on 3D Printed Casts

Fabrication Technique for a Custom Implant Emergence Profile on 3D Printed Casts

a close up of a structure with a blue background
Dr. Simon Doliveux

Doliveux S, Jamjoom FZ, Nadra M, Gallucci GO, Hamilton A

J Prosthet Dent.

Abstract

A procedure is described for fabricating a removable resilient soft-tissue replica that accurately replicates the contoured emergence profile of an interim implant-supported restoration on a cast fabricated by 3D printing. The technique uses digital scanning and 3D printing technologies to produce a 3D printed replica of the implant-supported interim crown, which is then used to fabricate the custom soft-tissue replica. This straightforward technique allows the accurate replication of the emergence profile without retaining the interim crown or fabricating a new one. No additional clinical appointments are needed.

Keywords

implant prosthodontics, emergence profile, 3D printing, soft-tissue replica, digital workflow

No technician, no engineer.
Just surgical planning by one dentist for another.

Dentist reviewing a CBCT implant plan on a laptop

No technician, no engineer.
Just surgical planning by one dentist for another.

Dentist reviewing a CBCT implant plan on a laptop

No technician, no engineer.
Just surgical planning by one dentist for another.

Dentist reviewing a CBCT implant plan on a laptop