Foredom Miniature Carbide Bur Ball 2.1mm 2.35mm Shank

Description:

Miniature Carbide Bur Ball 2.1 mm with a 2.35 mm shank is designed for situations requiring efficient material removal while maintaining refined control over anatomical shaping. With its larger spherical diameter, this bur is particularly valuable for contouring broad surfaces, shaping restorative materials, and achieving smooth transitions on a variety of dental prosthetic components. Constructed from high-grade tungsten carbide, the bur offers exceptional hardness and durability, providing consistent cutting action across numerous dental materials including composites, wax, ceramics, titanium, and cobalt-chromium alloys. The 2.1 mm ball size is ideal for tasks that require more aggressive shaping yet cannot compromise anatomical accuracy, such as sculpting occlusal table areas, smoothing broader contours on full-coverage crowns, and refining implant-supported prosthetics. In laboratory workflows, this bur is indispensable for finalizing wax patterns, adjusting milling inaccuracies in CAD/CAM restorations, contouring ceramic copings, or refining large composite build-ups. The bur's geometry ensures smooth, rounded cutting that avoids the creation of sharp edges or micro-defects, helping maintain structural integrity and aesthetic flow. Its 2.35 mm shank ensures excellent compatibility with laboratory micromotors, providing stable rotation with minimal vibration. This stability is critical when performing controlled reductions, especially on delicate ceramics or thin margins where precision is paramount. Clinically, the bur is highly effective for shaping provisional crowns and bridges, adjusting occlusal contacts, smoothing composite restorations, and refining contours chairside with confidence. Its larger spherical tip allows fast yet gentle adjustments that improve patient comfort, functional efficiency, and restorative appearance. The Miniature Carbide Bur Ball 2.1 mm is a reliable, high-precision instrument that enhances productivity, accuracy, and finishing quality across both laboratory and clinical dental applications. It enables practitioners and technicians to achieve smooth, natural anatomy with consistent results.