Foredom Miniature Carbide Bur Ball 0.4mm 2.35mm Shank

Description:

Miniature Carbide Bur Ball 0.4 mm with a 2.35 mm shank is a versatile precision rotary instrument used extensively in dental laboratories for fine shaping and anatomical detailing. Crafted from high-quality carbide, this bur delivers reliable durability, resistance to wear, and exceptional cutting sharpness, making it suitable for a wide variety of laboratory materials and applications. Its 0.4 mm ball design provides a slightly larger working diameter compared to 0.2 mm and 0.3 mm burs, allowing for a balance between micro-precision and efficient material removal. This makes it ideal for refining occlusal anatomy, smoothing contours, adjusting small surface depressions, and refining interproximal areas. The bur is particularly helpful when creating lifelike textures in wax-ups, provisional restorations, and resin-based appliances. Technicians use this bur to create harmonious transitions, sculpt rounded features, and enhance anatomical morphology in crowns, bridges, and implant restorations. Its carbide construction ensures that the cutting edges remain sharp even with continuous use, contributing to consistent performance and reducing the need for frequent replacements. The bur minimizes chatter and vibration, allowing precise control during delicate operations. This improves accuracy and user comfort, especially when working under magnification or when shaping sensitive materials like wax or light-cured resins. It also facilitates the creation of smooth, rounded anatomical features that mimic natural tooth structure. The 2.35 mm shank is compatible with all major dental laboratory handpieces, ensuring stable, reliable rotation and smooth handling at various speeds. Its versatility makes it suitable for detailed adjustments across multiple fabrication stages. Overall, the Miniature Carbide Bur Ball 0.4 mm is a high-quality instrument designed to enhance precision and efficiency in dental restorations. It provides the ideal combination of cutting power, control, and detail refinement for advanced laboratory work.