Description:

The BUR 6 FG ROUND H1.31.018 is a precisely engineered carbide bur designed for high-speed operations in restorative and operative dentistry. It features a No. 6 round head with an 1.8mm diameter (designated as H1.31.018) and is specifically made to assist in conservative caries removal, cavity access, and accurate tooth preparation in both anterior and posterior areas. Constructed from medical-grade tungsten carbide, the BUR 6 FG ROUND exhibits remarkable cutting performance, longevity, and resistance to heat distortions during ongoing high-speed application. Its round head design enables smooth and controlled penetration into carious tissues or pulp chambers, allowing for efficient removal of decayed or unsupported enamel and dentin while safeguarding the adjacent tooth structure. The bur promotes conservative methods, making it excellence for minimally invasive restorative practices. The H1.31.018 configuration achieves ideal cutting depth and width suitable for various clinical tasks, such as preparing Class I, II, and V cavities, extracting temporary materials, and gaining access to root canal systems. The bur's balanced structure minimizes chatter and vibration, boosting operator control and tactile feedback. This allows clinicians to work with greater accuracy, efficiency, and patient comfort during both routine and complex procedures. Compatible with standard high-speed air turbine handpieces, the BUR 6 FG ROUND integrates smoothly into daily practice applications. It serves general practitioners, endodontists, and pediatric dentists who emphasize precision and the conservation of tooth structure in treatments. Sterilizable and compliant with infection control regulations, this bur retains its cutting effectiveness through multiple uses, supporting consistent procedures and clinical safety. Offered individually or in multi-unit packaging, it aids in efficient inventory management for high-volume practices. The BUR 6 FG ROUND H1.31.018 is a reliable, high-performance option for dental professionals seeking improved control, cutting precision, and procedural dependability in everyday restorative and operative dentistry.