biteanalyser

Biteanalyser is a term used to describe software, hardware, or integrated systems designed to analyze bite-related data. It is not a single standardized product, but rather a label applied to varied tools employed in dental practice, forensic science, and related research to study bite patterns, occlusion, and bite force.

In dentistry, biteanalyser tools typically collect digital bite registrations, intraoral scans, or impressions to generate 3D models of a patient’s dentition. They may assess occlusal contacts, alignment of teeth, and jaw relationships, and can support planning for restorations, orthodontics, or prosthetic work. Some systems estimate bite force distribution, mastication patterns, and jaw motion, often integrating with CAD/CAM workflows.

In forensic odontology, biteanalyser concepts are used to compare bite marks with dental profiles and to reconstruct bite events. The reliability of bite mark analysis in court has been a subject of debate, and many practitioners emphasize the need for corroborating evidence and standardized methodologies.

Technologies commonly involved include 3D imaging, digital impression capture, finite element analysis, and sensor-based measurements of pressure or force. Algorithms may align dental surfaces, simulate occlusion, and visualize contact points.

Limitations include variability in bite marks between individuals, differences in imaging quality, and ongoing discussions about methodological reliability in forensics. Ongoing development aims to standardize data formats, improve accuracy, and integrate artificial intelligence to enhance interpretation and interoperability across clinics and laboratories.