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Virtual prouction of dental prostheses using a dental virtual articulator

Solaberrieta, E. / Etxaniz, O. / Minguez, R. / Gorozika, J. / Barrenetxea, L. / Sierra, E.

Abstract Dental virtual articulators constitute a great improvement in the design of dental prostheses. The use of computer aided design (CAD) systems and Reverse engineering tools permits the introduction of kinematic analysis in virtual design processes. This paper presents a research project aiming at designing a dental virtual articulator in order to simulate and analyse the mandibular movements. After a virtual construction of the articulator, plaster models of the jaw must be scanned. Apart from this, by means of a face bow, the relative location of the occlusal surface referred to the intercondilar axis must be registered. Afterwards, with the help of the CAD system, the dental prosthesis is finally developed as mandibular movements are simulated. The main value of this paper is its contribution to the methodology for the implementation of virtual design in the production of dental prostheses.

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Virtual prouction of dental prostheses using a dental virtual articulator

Solaberrieta, E. / Etxaniz, O. / Minguez, R. / Gorozika, J. / Barrenetxea, L. / Sierra, E.

Abstract Dental virtual articulators constitute a great improvement in the design of dental prostheses. The use of computer aided design (CAD) systems and Reverse engineering tools permits the introduction of kinematic analysis in virtual design processes. This paper presents a research project aiming at designing a dental virtual articulator in order to simulate and analyse the mandibular movements. After a virtual construction of the articulator, plaster models of the jaw must be scanned. Apart from this, by means of a face bow, the relative location of the occlusal surface referred to the intercondilar axis must be registered. Afterwards, with the help of the CAD system, the dental prosthesis is finally developed as mandibular movements are simulated. The main value of this paper is its contribution to the methodology for the implementation of virtual design in the production of dental prostheses.

Virtual prouction of dental prostheses using a dental virtual articulator

Solaberrieta, E. / Etxaniz, O. / Minguez, R. / Gorozika, J. / Barrenetxea, L. / Sierra, E.

Abstract Dental virtual articulators constitute a great improvement in the design of dental prostheses. The use of computer aided design (CAD) systems and Reverse engineering tools permits the introduction of kinematic analysis in virtual design processes. This paper presents a research project aiming at designing a dental virtual articulator in order to simulate and analyse the mandibular movements. After a virtual construction of the articulator, plaster models of the jaw must be scanned. Apart from this, by means of a face bow, the relative location of the occlusal surface referred to the intercondilar axis must be registered. Afterwards, with the help of the CAD system, the dental prosthesis is finally developed as mandibular movements are simulated. The main value of this paper is its contribution to the methodology for the implementation of virtual design in the production of dental prostheses.

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Title:

Virtual prouction of dental prostheses using a dental virtual articulator

Contributors:

Solaberrieta, E. (author) / Etxaniz, O. (author) / Minguez, R. (author) / Gorozika, J. (author) / Barrenetxea, L. (author) / Sierra, E. (author)

Published in:

International Journal on Interactive Design and Manufacturing (IJIDeM) ; 9 ; 19-30

Publication date:

2014-01-12

Size:

12 pages

ISSN:

1955-2505 , 1955-2513

DOI:

https://doi.org/10.1007/s12008-013-0203-2

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

Dental virtual articulator , Dental CAD/CAM , Virtual prosthesis design , Collision detection Engineering , Engineering, general , Engineering Design , Mechanical Engineering , Computer-Aided Engineering (CAD, CAE) and Design , Electronics and Microelectronics, Instrumentation , Industrial Design

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