Description Description CONODENT London College Tweezer Ref: CDT-C-048 | High-Precision Diagnostic Series The CONODENT CDT-C-048 London College Tweezer is a fundamental tool for every dental operatory, engineered for the precise handling of cotton rolls, pellets, and restorative materials. This instrument is a staple in diagnostic setups, defined by its ergonomic balance and superior tip calibration. Key Design Features Precision-Aligned Serrated Tips: The beaks are meticulously calibrated to ensure a “zero-slip” grip. Fine internal serrations provide a secure hold on delicate items like paper points, wedges, and cotton pellets. Ergonomic Spring Tension: The handle is tuned for an ideal balance of resistance—providing a secure grip with minimal finger pressure to prevent hand fatigue during repetitive clinical tasks. Anti-Skid Ribbed Handle: Features longitudinal ribbing along the grip area, ensuring the clinician has total control and stability even when wearing wet surgical gloves. Tapered Beak Geometry: The angled, slender design allows for excellent visibility and access to the posterior regions of the oral cavity without obstructing the clinician’s line of sight. Clinical Applications Material Transport: Securely carrying and placing cotton rolls, pellets, and retraction cords. Restorative Support: Precise handling of matrices, wedges, and articulating paper. Endodontic Use: Accurate placement of paper points and gutta-percha during root canal therapy. Diagnostic Exam: Debris removal from cavity preparations and checking for tooth mobility. Technical Specifications Feature Detail Product Code CDT-C-048 Material Premium Medical Grade Stainless Steel Pattern London College (Angled) Grip Type Longitudinal Ribbed Sterilization Fully Autoclavable (134°C) Compliance ISO 13485:2016 Certified Maintenance Tip for Longevity “To maintain the perfect alignment of the CDT-C-048, avoid using these tweezers to bend wires or grasp heavy metal objects. They are precision instruments designed for soft materials and small dental components.”
