1941 210 HP LONGLIFE SINTERED DIA - (Pack of 1)

The longlife sintered diamond disc dental bur from Busch & Co. GmbH is engineered to deliver consistent, reliable performance in demanding dental laboratory environments. Designed with a coarse grit sintered diamond disc profile, this instrument provides superior cutting efficiency and extended service life compared to conventional electroplated alternatives.

Product Specifications

• Type: Diamond Disc
• Grit: Coarse
• Construction: Longlife Sintered Diamond
• Standard Classification: ISO: 807 104 327 534 210
• Pack Size: 1 piece
• Item Reference: 1941 210 HP

Applications

This longlife sintered diamond disc dental bur is specifically suited for Model Casting Technique procedures, where precision material reduction and controlled cutting are essential. The sintered construction ensures that diamond particles are bonded throughout the disc body, maintaining cutting performance even as the surface wears.

Model Casting Technique

Why Choose a Longlife Sintered Diamond Disc Dental Bur?

Sintered diamond instruments offer a key advantage over electroplated burs: diamond abrasive is distributed throughout the bond matrix rather than applied only to the surface. This means the longlife sintered diamond disc dental bur continues to cut effectively over an extended number of uses, reducing replacement frequency and total cost of use in the laboratory.

Manufactured in Germany to exacting quality standards, this bur reflects Busch's longstanding commitment to precision dental instrumentation.

FAQ

What is the ISO classification for this bur? The ISO classification is 807 104 327 534 210.

What makes a sintered diamond disc superior for laboratory use? Sintered bonding distributes diamond abrasive throughout the disc, ensuring sustained cutting performance over repeated uses — making it a cost-effective choice for high-frequency applications.

Is this longlife sintered diamond disc dental bur suitable for model casting technique work? Yes, it is specifically indicated for Model Casting Technique applications.