Description:

The Bur 2 FG Surgical is a precisely engineered friction grip carbide bur tailored for high-speed surgical applications that necessitate conservative access, modification of hard tissue, and fine control over anatomy. With its No. 2 round head and an approximate diameter of 1.0mm, this surgical bur is optimal for clinicians performing procedures needing accurate penetration into enamel, dentin, or cortical bone while reducing damage to surrounding tissue. Crafted from high-density tungsten carbide, the Bur 2 FG Surgical delivers outstanding cutting performance, minimized heat generation, and enduring sharpness. Its round head design enables gentle and controlled entry, making it suitable for various clinical tasks, including initial access preparation, root-end exposure during apicoectomy, caries excavation, crown sectioning, and precise osteotomy work. The fine diameter promotes enhanced tactile feedback and access in confined or posterior areas, where accuracy is crucial. This bur operates effortlessly at high rotational speeds with minimal chatter or vibration, improving operator control and ensuring patient comfort during invasive procedures. Its friction grip shank design is compatible with standard high-speed air turbine handpieces, allowing seamless integration into surgical and restorative workflows without the need for specialized tools. The Bur 2 FG Surgical is especially advantageous in microsurgical and endodontic environments, where precise access and minimal disruption of hard tissue are essential. Its size and round configuration support conservative treatment methods, making it ideal for use under magnification or in delicate anatomical regions. Designed for repeated uses and fully autoclavable, the bur maintains its structural integrity and cutting effectiveness through successive sterilization cycles, adhering to stringent infection control standards. Whether employed for root-end preparation, impacted tooth exposure, or fine hard tissue removal, the Bur 2 FG Surgical equips clinicians with the precision, dependability, and efficiency necessary for favorable outcomes in contemporary surgical dentistry. It is a vital addition to any surgical or restorative arsenal that values control and clinical excellence.