34 010 FG CROWN CUTTER CARBIDE - (Pack of 6)

The carbide crown cutter bur for non-precious metal alloys from Busch & Co. GmbH is a precision dental instrument engineered for efficient and controlled crown separation procedures. Featuring a cylinder round, fine cross-cut geometry, this bur delivers smooth, predictable cutting performance across a wide range of non-precious metal alloy restorations.

Product Specifications

• Shape: Cylinder Round, Crown Cutter
• Material: Carbide
• Cut Type: Fine Cross-Cut
• Indicated For: Non-Precious Metal Alloys
• ISO Classification: 500 314 138 293 010
• Reference: 34 010 FG
• Pack Quantity: 6 burs per pack

Applications

This carbide crown cutter bur for non-precious metal alloys is specifically designed for crown separation — the clinical technique of sectioning and removing fixed metal restorations with precision and minimal risk to surrounding tissue or tooth structure. The fine cross-cut design reduces vibration and heat generation, supporting accurate, controlled cutting.

Crown Separation

Why Choose Busch Carbide Burs?

Busch & Co. GmbH has long been recognized for manufacturing high-quality rotary dental instruments in Germany. The carbide crown cutter bur for non-precious metal alloys upholds that tradition, offering consistent cutting geometry and reliable performance across clinical applications. Each bur in the pack meets the ISO standard referenced above, ensuring compatibility and reproducibility in your workflow.

FAQ

What alloys is this bur suitable for? This bur is indicated for non-precious metal alloys, making it appropriate for standard metal crown and bridge restorations that do not contain precious metals.

How many burs are included? Each pack contains 6 burs, providing a practical supply for routine clinical use.

What does the fine cross-cut design offer? The fine cross-cut pattern ensures a smoother cutting action with reduced chatter, supporting controlled material removal during crown separation procedures. The carbide crown cutter bur for non-precious metal alloys is a dependable choice for clinicians seeking consistent results.