Clinical applications of the T-Scan quantitative digital occlusal analysis technology: a systematic review

Statement of the problem: Occlusion is associated with all disciplines of dentistry and plays a major role in the longevity of both implant- and tooth -borne restorations. Achieving occlusal harmony ensures balance is established between the dental and myofascial structures, which can be measurably established to high numerical tolerances with the T -Scan digital occlusal analysis system. Purpose: To describe and evaluate the known and proven applications of T -Scan digital occlusal analysis in various dental practice disciplines through a systematic review of the literature. Materials and methods: An electronic, English -language PubMed/MEDLINE and Cochrane Central Registry of Controlled Trials database search using the keywords "T -Scan," "TMD," "Occlusion," "Implant Protected Occlusion," and "Orthodontics" was conducted without any date restrictions. The related journal findings were hand searched to determine studies that met the eligibility criteria for inclusion in the present systematic review. Results: The PubMed/MEDLINE search identified 423 articles. After removing duplicates, the titles and abstracts of the remaining 421 studies were screened. 274 ineligible articles were excluded, leaving 147 articles. Of those, 33 articles were not in English, 27 full -text articles were not available, 4 were comments and letters to editors, 1 was a review, and 2 described techniques. A total of 86 articles met the eligibility criteria for inclusion. Conclusion: Much scientific evidence supports the use of T -Scan, as it measures relative occlusal contact forces and the time sequence durations of occlusal contacts objectively, accurately, and repeatedly for improved treatment outcomes. The system's hardware, sensor, and software evolution from T -Scan Ito today's T -Scan 10 Novus system has overcome early sensor and system drawbacks to improve the clinical performance of T -Scan in many disciplines of dental medicine. (Int J Comput Dent 2024;27(1):49-86; doi:10.3290/j. ijcd.b3945153)