The use of computer-assisted technology applied to periapical radiography (PAR) offers significant advantages. The associated software enables advanced image processing through the adjustment of brightness, contrast, sharpness, magnification, and calibration.
To ensure optimal SXR performance, calibration must be performed before obtaining PAR measurements or making any intraoperative clinical decisions. The depth gauge functions as an integrated reference tool for evaluating image distortion. Because its dimensions are known and it appears clearly in the radiograph, it provides an accurate basis for image calibration.
In addition, the software includes a two-dimensional implant silhouette library that allows clinicians to drag and drop virtual implant outlines directly onto the radiograph. This feature enables the superimposition of implants with different lengths, diameters, positions, and angulations, facilitating real-time comparison of intraoperative alternatives.
As a result, the surgeon can select the most appropriate implant according to the local anatomy, prosthetic requirements, and surgical safety.
This workflow transforms a simple PAR into a dynamic intraoperative decision-making tool, effectively bridging the gap between static preoperative planning and real-time surgical verification.
