MUMBAI, India, June 30 -- Intellectual Property India has published a patent application (202641073019 A) filed by Saveetha Institute Of Medical And Technical Sciences on June 12, 2026, for Dual Instrument-Explorer Opposite Side Probe.
Inventors include Shalinin; Dr Subhabratamalt I; and Deepak Nallaswamy Veeraiyan.
The application for the patent was published on June 26, 2026, under issue no. 26/2026.
Abstract: The present invention relates to the field of dental diagnostic instruments and, more particularly, to a dual-function instrument combining the features of a dental explorer and a periodontal probe into a single integrated unit. Conventional dental examinations require the use of multiple instruments, including a sharp-tipped explorer for the detection of dental caries and marginal discrepancies, and a graduated periodontal probe for the assessment of gingival sulcus depth and periodontal health. The repeated exchange of these instruments during clinical procedures leads to increased treatment time, operator inconvenience, and potential disruption in workflow. The proposed invention addresses these limitations by introducing a dual-ended instrument that integrates both functionalities without compromising the performance of either component. One end of the instrument is designed as a fine, pointed explorer tip, suitable for tactile examination of tooth surfaces, detection of carious lesions, and evaluation of restorations. The opposite end comprises a periodontal probe with calibrated markings to enable precise measurement of pocket depth and gingival conditions. The instrument features a centrally positioned handle designed for ergonomic grip and optimal control. The handle may include a textured or knurled surface to enhance tactile sensitivity and prevent slippage during use. The transition regions between the handle and the working ends are carefully angulated to allow accessibility to various &an of the oral cavity, including posterior teeth, while maintaining operator comfort. A key aspect of the invention is the balanced weight distribution between the two functional ends, ensuring that the instrument remains stable and easy to manipulate regardless of which end is in use. The design also allows for standard sterilization procedures, ensuring compliance with infection control protocols commonly followed in dental practice. By combining two essential diagnostic tools into a single instrument, the invention significantly enhances clinical efficiency, reduces procedural time, and minimizes the number of instruments required during examination. This not only improves the workflow for dental professionals but also enhances patient experience by reducing chairside delays. Overall, the dual diagnostic instrument represents an innovative advancement in dental instrumentation by integrating functionality, ergonomics, and efficiency into a single device. The invention is particularly beneficial in routine dental check-ups, screening procedures, and periodontal assessments, making it a valuable addition to modern dental practice.
Disclaimer: Curated by HT Syndication.
