Meisinger - 2.3 Mm, Fine, Bevel Tip, Lab, Hp

• Measurement: 2.3 mm diameter bur
• Bevel tip design creates clean, sharp lines
• Works efficiently on ceramics, composites, and metals
• HP shank ensures stable, high-speed performance
• Quantity: Supplied in single units or operational packs

The Meisinger Fine Bevel Tip Lab HP Bur, with its precise 2.3 mm diameter, is an essential, high-performance tool for dental laboratory professionals seeking exceptional finishing and detailing capabilities. This instrument is crafted for maximum efficiency and durability on various lab materials, ensuring a smooth and accurate workflow for tasks requiring fine, controlled material removal.

The unique bevel tip design of this bur is specifically engineered to provide a clean, sharp line of demarcation and facilitate intricate contouring, making it ideal for the careful shaping of ceramics, composites, and metals in prosthetics and restorative work. If you are searching for the best dental lab bur, then its high-precision engineering and specialized tip shape, which ensures superior control and a flawless finish on intricate laboratory materials, is best for you. The best Meisinger Fine Bevel Tip Lab Bur sets the standard for laboratory finishing, allowing technicians to achieve clinically precise results with reduced effort and chairside time.

Its long-tail HP (Handpiece) shank is designed for seamless integration with standard laboratory motors, guaranteeing stable, vibration-free operation at high speeds, which is crucial for achieving microscopic accuracy. This commitment to quality and ergonomic performance ensures that every detail, from the margin preparation to the final aesthetic contouring, is executed perfectly. Investing in this 2.3 mm fine bevel bur elevates the quality of laboratory fabrications, positioning the dental practice or lab at the forefront of restorative excellence.

It is generally supplied in single units or packs tailored to the lab's operational volume, providing consistent, reliable performance for high-demand environments.