2 010 (US No. 35) FG INV CONE CARBIDE - (Pack of 6)

The carbide inverted cone dental bur from Busch & Co. GmbH is a precision-engineered rotary instrument designed for reliable excavation and fissure preparation in clinical dentistry. Manufactured in Germany, this bur reflects a longstanding tradition of quality and consistency that dental professionals depend on.

Product Overview

This instrument is classified as a Carbide Inverted Cone Excavating and Fissure Bur, corresponding to US No. 35 (2 010) in the FG shank format. Its inverted cone geometry makes it particularly effective for undercutting cavity walls and accessing fissures with precision and control. The carbide inverted cone dental bur is supplied in a convenient pack of 6, supporting consistent workflow in busy clinical settings.

Standard Classification: ISO: 500 314 010 001 010

Applications

• Cavity/Fissure Preparation: The inverted cone design enables efficient removal of carious tissue and precise shaping of cavity floors and walls.
• Ideal for creating undercuts in restorative preparation procedures.
• Compatible with standard FG high-speed handpieces.

Cavity/Fissure Preparation

Why Choose This Carbide Inverted Cone Dental Bur?

German engineering ensures that each carbide inverted cone dental bur delivers consistent cutting performance, dimensional accuracy, and extended working life. The carbide construction provides superior hardness compared to standard steel burs, reducing deflection and improving tactile feedback during preparation.

FAQ

What shank type does this bur use? This bur features an FG (friction grip) shank, compatible with standard high-speed dental handpieces.

How many burs are included? Each package contains 6 burs, making it suitable for stocking operatories efficiently.

What is the ISO classification? The ISO classification for this instrument is 500 314 010 001 010.

Is this a carbide inverted cone dental bur suitable for restorative procedures? Yes, its inverted cone geometry is specifically suited for cavity preparation and fissure excavation in restorative dentistry.