Foredom Carbide Bur Ball 2.3mm 2.35mm Shank

Description:

The Carbide Bur Ball 2.3 mm with a 2.35 mm shank is a powerful and versatile tool developed for efficient material removal and anatomical sculpting in dental laboratory procedures. Featuring a larger spherical cutting head, it is particularly effective for broad shaping tasks, deeper indentation work, and general refinement of dental prosthetics across a wide range of materials. Constructed from premium tungsten carbide, the bur delivers excellent sharpness, durability, and thermal stability even during extended use. Its cutting flutes are engineered for smooth, controlled reduction, making it ideal for tasks such as contouring denture bases, sculpting broad wax surfaces for full-arch restorations, adjusting occlusal surfaces, or refining cervical and ridge areas in removable appliances. The 2.3 mm ball head provides increased rotational stability and greater cutting engagement compared to smaller burs, enabling technicians to perform significant material reduction while maintaining precise control. This makes it especially useful for preparing undercuts, adjusting stone models, smoothing internal surfaces of partial denture frameworks, and bulk removal of excess acrylic or composite resin. With a standard 2.35 mm shank, the bur fits securely into most dental laboratory handpieces, offering balanced performance at high speeds. Its carbide construction resists wear, prevents chatter, and minimizes heat production, thereby protecting sensitive materials like ceramics or thin acrylic structures from thermal damage. In workflows involving implant prosthetics, full dentures, and larger crown-and-bridge cases, the Carbide Bur Ball 2.3 mm contributes to efficient shaping and consistent results. It is also an excellent finishing stage bur before switching to finer abrasives or polishing instruments. Overall, this bur is essential for technicians who require a combination of moderate precision, strong cutting capability, and reliable performance for medium-to-large-scale adjustments and shaping tasks in dental restorative production.