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Fabrication of fixed implant prostheses using function bite impression technique (FBI technique).

Yasunori Suzuki¹, Hidemasa Shimpo, Chikahiro Ohkubo

¹Division of Oral and Maxillofacial Implantology, Tsurumi University School of Dental Medicine, Yokohama, Japan. suzuki-ys@tsurumi-u.ac.jp

Journal of Prosthodontic Research

|May 22, 2012

Summary

The Functionally Generated Path (FBP) impression technique offers a precise method for fabricating implant-fixed prostheses. This technique simultaneously records maxillomandibular registration and the functionally generated path for accurate results.

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Area of Science:

Dental prosthetics
Implant dentistry
Biomechanics

Background:

Accurate maxillomandibular registration and impression techniques are crucial for successful long-term clinical outcomes in implant prosthodontics.
Implants lack the natural tooth mobility, making precise transfer of their position to the working cast critical.
Occlusal forces can cause displacement differences between implants and natural teeth.

Observation:

A patient with partial edentulism, missing both first mandibular molars, was treated with implant-fixed prostheses.
The Functionally Generated Path (FBP) impression technique was employed for the right molar prosthesis, while a conventional technique was used for the left.
The FBP technique involved simultaneous definitive impression, occlusal force application, and functionally generated path recording.

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Findings:

The FBP technique allowed for simultaneous maxillomandibular registration, impression, and functionally generated path recording.
This integrated approach facilitated the production of a precise implant-fixed prosthesis.
Comparison of occlusal contact areas between the right and left sides was performed post-rehabilitation.

Implications:

The FBP technique may effectively compensate for the displacement differences between implants and natural teeth under occlusal load.
This method holds potential for improving the accuracy and predictability of implant-supported prosthodontic restorations.
Simultaneous recording of functional pathways and maxillomandibular relationships enhances prosthetic precision.