3859 031 HP LONGLIFE SINTERED DIA - (Pack of 1)

The longlife sintered diamond cone pointed bur from Busch is a precision rotary instrument engineered for demanding dental laboratory and clinical applications. Its cone pointed geometry delivers focused, controlled material removal, making it well suited to intricate contouring and detailing tasks.

Product Details

• Type: Diamond, Cone Pointed
• Grit: Medium
• Construction: Longlife Sintered Diamond
• Standard Classification: ISO 807 104 166 524 031
• Pack Quantity: 1

About Sintered Diamond Construction

Unlike electroplated alternatives, sintered diamond instruments bond diamond particles throughout the entire working layer. This construction extends service life and maintains consistent cutting efficiency over time. The longlife sintered diamond cone pointed bur is a reliable choice where repeated, precise use is required without rapid degradation of the cutting surface.

Applications

This instrument is particularly suited to the Model Casting Technique, supporting accurate preparation and finishing within dental model and casting workflows. The cone pointed form allows access to confined areas and angled surfaces that broader instruments cannot reach effectively.

Model Casting Technique

Manufactured to rigorous standards, this longlife sintered diamond cone pointed bur carries a Made in Germany designation, reflecting the quality control and precision engineering for which Busch instruments are recognised.

FAQ

What grit level does this bur have? This bur features a medium grit diamond surface, suitable for general contouring and moderate material removal.

What is the ISO classification for this instrument? The ISO classification is 807 104 166 524 031.

What makes sintered diamond burs last longer? Sintered construction embeds diamond throughout the working layer rather than only on the surface, resulting in a longer effective working life compared to standard coated instruments. The longlife sintered diamond cone pointed bur benefits from this durable construction.