Description:

The BUR #6 Surgical H1.24.018 Slow Speed 24 Shank is a meticulously designed round carbide bur that ensures effective, controlled performance for a range of surgical, restorative, and endodontic applications. Featuring a 1.8mm diameter round head and a latch-type 24-style right-angle shank, this bur is tailored for slow-speed contra-angle handpieces, providing better tactile feedback, greater control, and a lower risk of unintentional damage during delicate operations. The H1.24.018 bur excels in surgical access, caries extraction, root-end preparation, osseous contouring, and hard tissue refinement. Its round head design allows for conservative entry into enamel, dentin, or cortical bone, which helps to maintain anatomical integrity while enabling precise cutting. The low-speed function effectively reduces heat generation and vibration, which creates a safer and more comfortable setting for both the clinician and the patient—especially in microsurgical or tightly confined operating areas. Crafted from high-density tungsten carbide, this bur guarantees extended sharpness, resistance to wear, and structural stability through multiple rounds of sterilization. Its fluted cutting edges are engineered for clean and efficient cuts with minimal chatter, making it ideal for root-end access during apicoectomy, uncovering impacted teeth, or smoothing bone surfaces. Featuring a latch-type 24 shank, it ensures a firm grip in slow-speed contra-angle handpieces, preventing slippage and enhancing stability between the handpiece and bur during intraoral application. Dentists can anticipate consistent results in both the anterior and posterior sections, even in challenging anatomical regions that require fine control and limited rotational force. The BUR #6 Surgical H1.24.018 comes in a pack of five units and is available for individual sale (EA), providing flexibility for managing inventory in surgical and general practices. Whether included in endodontic kits, surgical arrangements, or restorative procedures, this bur accommodates a diverse range of clinical workflows. It is a reliable option for dental specialists seeking high precision, procedural safety, and robust performance in minimally invasive surgical and restorative dental practices.