Mani Wheel Round (WR) Series Regular Shank Diamond Burs - Standard (Blue) WR-13

Description: The Mani Wheel Round (WR) Series Regular Shank Diamond Burs epitomize precision and efficiency in dental instrumentation. Engineered by Mani, a distinguished leader in dental tools, this series of diamond burs with regular shanks is meticulously crafted to meet the exacting standards of dental professionals. Designed for accuracy and versatility, these burs excel in a variety of dental procedures.

Key Features:

1. Uniform Diamond Grit Distribution: The Mani Wheel Round (WR) Series features a uniform diamond grit distribution, ensuring consistent cutting performance across the entire surface of the bur. This characteristic enables reliable and precise tooth preparation for a range of dental applications.

2. Round Wheel Shape for Versatile Cutting: With a round wheel shape, these diamond burs are optimized for versatile cutting applications. The design allows for efficient material removal, making them ideal for cavity preparations, crown adjustments, and other procedures requiring precision and control.

3. Regular Shank for Seamless Integration: The regular shank design of the Mani Wheel Round (WR) Series ensures seamless integration with a variety of handpieces, providing dental practitioners with universal compatibility. This versatility allows for easy adoption into existing instrumentation setups.

Benefits:

1. Consistent and Reliable Cutting Performance: The uniform diamond grit distribution guarantees consistent cutting performance, ensuring that dental professionals can rely on the Mani Wheel Round (WR) Series for precise tooth preparation in every procedure. This feature contributes to predictable and reliable clinical outcomes.

2. Versatility for Various Dental Procedures: The round wheel shape enhances the versatility of these diamond burs, making them well-suited for a wide range of dental procedures. Whether refining occlusal surfaces or performing conservative preparations, these burs offer the flexibility needed for diverse clinical applications.