410RH 015 HP-SH PARALLEL CUTT CAR - (Pack of 2)
The carbide cylinder bur super fine milling from Busch & Co. GmbH is engineered for precision technique applications, delivering exceptional control and consistency in demanding milling procedures. Designed as a parallel-cut carbide cutter with a cylinder round geometry, this instrument is suited for professionals who require reliable, repeatable results.
Product Overview
This instrument is classified under ISO standard 500 103 137 103 015 and is supplied as a pack of two, ensuring continuity in clinical or technical workflows. The super fine milling designation indicates a refined cutting edge optimized for detailed, controlled material removal with minimal surface disruption.
Key Features
- Type: Carbide Cutter, Cylinder Round
- Milling Grade: Super Fine
- Technique: Parallel Cut
- ISO Classification: 500 103 137 103 015
- Pack Quantity: 2 units
- Shank: HP-SH (Handpiece Straight)
Applications
The carbide cylinder bur super fine milling configuration is particularly well-suited for precision technique work, where accurate geometry and consistent cutting performance are paramount. The cylinder round shape supports straight-wall preparations and fine contouring tasks.
Precision Technique
German Engineering Quality
Manufactured by Busch & Co. GmbH, this carbide cylinder bur super fine milling instrument reflects the high standards associated with German-made dental and technical instruments. Each bur is produced to tight tolerances, ensuring dimensional accuracy and long-lasting cutting performance.

FAQ
What is the ISO classification for this bur? This instrument is classified under ISO 500 103 137 103 015.
How many units are included? This product is supplied as a pack of two (2) burs.
What shank type does this bur use? It uses an HP-SH (straight handpiece) shank, making it compatible with standard straight handpiece applications.
Is this a carbide cylinder bur super fine milling instrument? Yes, it is specifically designed for super fine milling with a cylinder round carbide cutter geometry.

