Busch Diamond Inverted Cone Bur | Busch No. 805 018 – Medium Grit – HP | Pack of 2

The diamond taper (cone) inverted dental bur medium grit from Busch & Co. GmbH is a precision-engineered rotary instrument designed for demanding clinical applications in Crown and Bridge Technology. Manufactured in Germany, this bur delivers consistent cutting performance and reliable results in professional dental settings.

Product Specifications

• Shape: Taper (Cone) Inverted
• Grit: Medium
• Standard Classification (ISO): 806 104 010 524 018
• Pack Quantity: 2 burs per pack
• Item Reference: Busch Diamond Inverted Cone Bur | Busch No. 805 018 – HP

Key Features

The diamond taper (cone) inverted dental bur medium grit is engineered to provide controlled material removal with a medium grit formulation that balances cutting efficiency and surface finish quality. The inverted cone geometry makes it particularly suited to precision preparation work, enabling clinicians to work with accuracy in confined areas.

• Taper (Cone) inverted design for targeted preparation
• Medium grit for balanced cutting and surface refinement
• German-engineered manufacturing for consistent quality
• Compatible with standard HP (handpiece) connections

Applications

This diamond taper (cone) inverted dental bur medium grit is primarily indicated for use in Crown and Bridge Technology, where precise tooth preparation and accurate marginal definition are essential to achieving optimal prosthetic outcomes.

Crown and Bridge Technology

FAQ

What is the grit level of this diamond bur? This bur features a medium grit, offering a balance between efficient cutting and controlled surface finishing.

How many burs are included per pack? Each pack contains 2 individual diamond burs.

What is the ISO classification for this instrument? The ISO standard classification is 806 104 010 524 018.

What procedures is the diamond taper (cone) inverted dental bur medium grit best suited for? It is primarily recommended for Crown and Bridge Technology applications requiring precise preparation and marginal accuracy.

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