CD 42 014 FG COOL-DIAMANT - (Pack of 6)

The cool diamond dental bur crown preparation solution from Busch & Co. GmbH, the CD 42 014 FG COOL-DIAMANT, is engineered to deliver precise, controlled cutting performance for demanding restorative workflows. This pack of 6 burs ensures consistent results across multiple procedures, reducing chair time and increasing clinical efficiency.

Product Overview

The CD 42 014 FG COOL-DIAMANT features a cone rounded edge geometry with a medium grit diamond coating, making it ideally suited for crown preparation procedures. As a dedicated cool diamond dental bur crown preparation instrument, it is designed to minimize heat generation during preparation, helping to protect the pulp and surrounding tissue while maintaining cutting precision.

• Shape: Cone with Rounded Edge
• Grit: Medium
• Series: Cool Diamant
• Shank: FG (Friction Grip)
• Quantity: Pack of 6
• Application: Crown Preparation

Made in Germany

Manufactured in Germany, the CD 42 014 FG COOL-DIAMANT reflects Busch & Co. GmbH's commitment to precision engineering and quality craftsmanship. German-made dental instruments are recognized globally for their consistency, durability, and adherence to stringent manufacturing standards.

Why Choose Cool Diamant?

When selecting a cool diamond dental bur crown preparation instrument, the Cool Diamant series stands out for its ability to maintain effective cutting while reducing thermal stress on the tooth. The medium grit designation provides an optimal balance between material removal rate and surface finish quality, which is critical during crown preparation.

FAQ

What is the shank type for the CD 42 014 FG COOL-DIAMANT? This bur features an FG (Friction Grip) shank, compatible with standard high-speed handpieces.

What is the grit level of this bur? The CD 42 014 FG COOL-DIAMANT has a medium grit diamond coating, suitable for efficient crown preparation with a controlled surface finish.

How many burs are included in the pack? Each pack contains 6 burs, providing consistent performance across multiple clinical uses.