Foredom Miniature Carbide Bur Ball 1.8mm 2.35mm Shank

Description:

The Miniature Carbide Bur Ball 1.8 mm with a 2.35 mm shank is a high-performance finishing instrument designed to support a wide range of dental laboratory and clinical applications. With its slightly larger ball diameter, this bur offers increased efficiency while maintaining the precision required for detailed anatomical shaping and restorative adjustments. Manufactured from premium tungsten carbide, the bur delivers outstanding durability, resistance to deformation, and long-lasting cutting efficiency. The uniform spherical head is engineered to remove material smoothly and predictably, making it ideal for shaping contours, deepening occlusal grooves, smoothing cusp surfaces, and refining complex anatomical regions in wax patterns, ceramic restorations, or composite materials. In the dental laboratory, the 1.8 mm head size is especially effective for enhancing the morphology of crowns, bridges, and implant prosthetics. It allows technicians to refine broad areas while still maintaining tight control over detailed shaping. When working with ceramic materials, the bur is gentle enough to prevent micro-fractures yet effective enough to remove minor irregularities or overbuild. The 2.35 mm shank is compatible with standard laboratory micromotors and straight handpieces, offering stable rotational performance and reduced vibration. This ensures precise handling, especially important when sculpting fine anatomical characteristics such as fossae, marginal ridges, and cuspal inclines. Clinically, the bur is ideal for adjusting occlusion, reshaping provisional restorations, smoothing composite surfaces, and refining margins on chairside-fabricated restorations. Its spherical shape eliminates sharp cutting angles, supporting safe, predictable, and comfortable adjustments for both patient and operator. The Miniature Carbide Bur Ball 1.8 mm is a dependable and essential tool for achieving smooth, natural, and accurate restorative contours. Whether used in analog or digital workflows, it contributes significantly to the creation of high-quality, aesthetically pleasing, and functionally precise dental restorations.