With the development of digital dental technologies, a complete digital workflow without
using physical casts has become possible. However, for certain clinical and dental …

The clinical procedure described provides a quantifiable, repeatable, and reliable method of
transferring the location of the maxillary dental arch from the patient directly to a virtual …

This article describes a digital technique to transfer the location of digitized casts obtained
directly from the patient to a virtual articulator (digital/virtual facebow transfer). The primary …

This article describes a virtual technique for transferring the location of a digitized cast from
the patient to a virtual articulator (virtual facebow transfer). Using a virtual procedure, the …

Statement of problem The introduction of digital technology in dentistry has resulted in a shift
from conventional methods to digital techniques. However, mounting a digitized dental cast …

Statement of problem Complex digital workflows have been developed to create virtual
dental patients. Direct and indirect digital methods are available for transferring analog …

Although the evolution of digital technology continues to improve patient data acquisition,
the ability to both standardize the recording of the maxillary occlusal plane and capture the …

The procedure described provides a novel and accessible virtual facebow transfer based on
standardized photographs loaded in the virtual articulator module of a computer-assisted …

Statement of problem With the emergence of virtual articulators, virtual facebow techniques
have been developed for mounting maxillary digital scans to virtual articulators. Different …

With the advent of computer-aided design and computer-aided manufacturing (CAD-CAM),
dental restorations are no longer fabricated in an entirely analog fashion. Successful …