Diagnose More Caries with Confidence
LOGICON Software extracts image features and correlates them with a database of known caries problems. In doing so, the software automatically highlights possible abnormalities on patients' digital dental radiographs, signaling the dentist to take a closer look at the tooth involved.
Improved Patient Care
An optional component with KODAK RVG digital radiography systems, LOGICON software is a computer-aided-detection tool that provides dentists an important decision-support instrument for better patient care.
Features and Benefits
- Locates and classifies proximal caries, indicating depth of caries penetration
- Quantifies the probability of proximal caries being present
- Tracks the change of the classification and probability with time
- Detects dentin lesions indiscernible to the human eye
- Allows dentists to store and quickly review results
- Region of Interest (ROI) Adjustment Tool automatically searches to find maximum caries depth
- Zoom tool allows dentists to focus in and out on tooth surface at any time
- New full screen filters provide more visual evidence of caries to correlate with analyses
- E-mail function allows dentists to send LOGICON software result screens to third party
- Results can be saved to patient file
- Improved edge finding algorithms reduce need for manual tracing
- Fully integrated with Kodak dental imaging software
- Interactive Training Wizard and Easy Steps file to get you started
- Comprehensive training CD with audio track and example diagnoses
How It Works
- Uses detection algorithms based on laboratory data produced in association with a leading school of dentistry
- Automatically outlines potential lesion on tooth image
- Graphically presents change in tooth density and lesion probability
Caries outline on tooth surface.
Tooth density change through lesion site.

Probability of caries being present.

*Gakenheimer, David C. "The Efficacy of a Computerized Caries Detector in Intraoral Digital Radiography." Journal of the American Dental Association 133 (2002): 883-890