1881 050 HP LONGLIFE SINTERED DIA - (Pack of 1)

The longlife sintered diamond bur coarse grit from Busch & Co. GmbH is a precision rotary instrument engineered for demanding dental and technical applications. Featuring a cylinder round profile and a robust sintered diamond construction, this bur delivers consistent, reliable material removal across a range of workpieces.

Product Overview

This instrument is classified under ISO standard 807 104 143 534 050, ensuring compatibility and traceability within professional workflows. The cylinder round geometry provides uniform contact along the working surface, making it well-suited for controlled shaping and finishing tasks. As a longlife sintered diamond bur coarse grit tool, it is designed for extended service life compared to conventional electroplated alternatives, offering a longer-lasting cutting edge and more consistent performance over time.

Key Features

• Type: Diamond, Cylinder Round
• Grit: Coarse
• Construction: Longlife Sintered Diamond
• ISO Classification: 807 104 143 534 050
• Pack Quantity: 1

Applications

This longlife sintered diamond bur coarse grit instrument is particularly suited for Model Casting Technique applications, where precise material removal and shape accuracy are essential. Its coarse grit rating enables efficient stock removal while the sintered bond ensures the diamond abrasive is retained securely throughout the working life of the bur.

FAQ

What does sintered diamond construction mean? Sintered diamond burs are manufactured by embedding diamond particles throughout the bond matrix rather than coating only the surface, resulting in a longer-lasting cutting edge and more consistent abrasive performance.

What is the ISO classification for this bur? This instrument carries the ISO classification 807 104 143 534 050, which defines its shape, dimensions, and grit specification for professional identification.

Is this bur suitable for model casting technique work? Yes. This longlife sintered diamond bur coarse grit is indicated for Model Casting Technique applications, providing the material removal efficiency required for this workflow.