Description:

The BUR #4 Surgical H1.24.014 Slow Speed 24 Shank is a meticulously designed carbide bur intended for conservative removal of hard tissue during surgical, endodontic, and restorative dental treatments. It features a 1.4mm round head and a 24-style latch-type shank, making it suitable for use in contra-angle low-speed handpieces, which enhance tactile control and precision during sensitive intraoral procedures. The H1.24.014 design strikes a balance between effective cutting and minimally invasive access, rendering it well-suited for tasks such as caries excavation, apicoectomy root-end access, osseous contouring, and precise restorative adjustments. The round-head profile encourages smooth entry into enamel, dentin, and cortical bone, while safeguarding nearby anatomical structures and supporting tissue-sparing treatment techniques. Crafted from high-grade tungsten carbide, the BUR #4 Surgical guarantees prolonged sharpness, mechanical resilience, and wear resistance, even after numerous sterilization cycles. Its precision-ground flutes provide a smooth cutting experience with minimal vibration, which enhances operator control and lessens patient discomfort during prolonged procedures. The slow-speed use minimizes thermal buildup, allowing for safer, more controlled management of hard tissue near critical structures. This bur excels particularly in microsurgical, pediatric, and posterior cases where conservative access is essential and visibility can be restricted. The 24 latch-type shank ensures a stable fit in compatible handpieces, preventing rotational slipping and promoting consistent performance during treatment. Clinicians can easily incorporate the BUR #4 Surgical into surgical kits, endodontic setups, or general restorative practices. Its reliable cutting abilities and ergonomic design support better procedural results in both standard and challenging scenarios. Packaged in sets of five and sold as individual items (EA), the BUR #4 Surgical H1.24.014 provides flexibility in inventory management within busy clinical settings. It serves as an essential tool for dental professionals who prioritize precision, control, and patient safety in contemporary minimally invasive treatment strategies.