Description:

The #701 Surgical Bur with an 11 Shank HP Flat End Fissure Carbide – Pack of 5 is a high-efficiency rotary tool designed to provide exceptional precision and durability across various surgical and restorative dental uses. With its flat-end fissure blade design, this carbide bur is especially ideal for controlled cutting of enamel, dentin, and restorative substances, as well as for crown sectioning and accessing cavities. The extended 11-length shank is intended for use with high-power surgical handpieces, supplying enhanced reach and improved visibility in posterior regions and hard-to-reach areas. Crafted from high-quality tungsten carbide, the #701 bur guarantees top-notch sharpness, hardness, and resistance to deformation, even under the rigorous conditions of repeated clinical application. The optimized fissure cutting pattern helps decrease chatter while reducing vibrations, leading to smoother cuts, better operator control, and increased patient comfort. These characteristics are vital in surgical scenarios where precision and soft tissue protection are essential. Each bur in this five-pack is manufactured according to consistent production standards, promoting clinical reliability and efficient workflow integration. This pack format facilitates easy inventory management and minimizes procedural delays, making it perfect for busy practices that require quick access to reliable surgical tools. The flat-end design provides accuracy when leveling pulpal floors or during crown and bridge removal procedures. The extended shank length is particularly advantageous during surgical access or root sectioning, ensuring visibility and accessibility without sacrificing control. This bur is completely compatible with standard surgical HP handpieces and engineered to uphold its structural integrity under high-speed rotational stress. Whether utilized in general operative dentistry, oral surgery, or intricate prosthodontic procedures, the #701 Surgical Bur 11 Shank HP Flat End Fissure Carbide offers the cutting effectiveness, durability, and precision required by contemporary clinical practices. It serves as a trustworthy and economical instrument for achieving superior surgical results.