Description:

The BUR 4 Surgical RA H1.25.014 is a dedicated round-head carbide bur designed for low-speed, high-accuracy dental tasks. With a diameter of 1.4mm and a right-angle (RA) latch-type shank, this bur works with contra-angle low-speed handpieces and is tailored for procedures that require careful hard tissue removal, exceptional control, and increased tactile sensitivity. The H1.25.014 design features a round cutting geometry that promotes smooth entry into dentin and enamel, allowing for accurate shaping, excavation, and bone contouring in both restorative and surgical applications. It proves particularly beneficial in procedures like caries excavation, root-end surgery (apicoectomy), and the exposure of root surfaces or impacted teeth, where precision and minimal invasiveness are paramount. Crafted from high-grade tungsten carbide, the BUR 4 Surgical RA offers remarkable cutting efficiency, wear resistance, and sharpness retention through numerous uses and sterilization cycles. The finely tuned flutes guarantee smooth cutting with minimal chatter or vibration, enhancing the control for the clinician and comfort for the patient during procedures. The bur’s design favors conservative treatment strategies, assisting in the preservation of healthy tooth and bone structures. This bur is critical in microsurgical and endodontic settings, where controlled access, exact depth management, and reduced collateral damage are vital for successful outcomes. Its compatibility with low-speed tools makes it particularly effective under magnification or in specific surgical methods where higher torque and lower rotational speeds are preferred to ensure safety and precision. The BUR 4 Surgical RA H1.25.014 is fully sterilizable and meets contemporary infection control standards. It is appropriate for use in both routine clinical environments and complex surgical situations, including periodontics, endodontics, and oral surgery. Whether utilized for meticulous caries excavation, apical preparation, or selective bone removal, this bur aids clinicians in providing effective, minimally invasive treatments confidently. It serves as an essential tool for achieving surgical precision and clinical excellence.