1SXM 016 (US No. 5SXM) RA-L ROUND SXM-CUT CARB - (Pack of 2)

The round carbide dental bur SXM cut from Busch & Co. GmbH is a precision-engineered rotary instrument designed for demanding restorative and operative dentistry procedures. Featuring a classic rosehead geometry, this bur delivers fast cutting performance with notably low vibration, making it a preferred choice among dental professionals who require consistent, controlled tissue removal.

Key Features

• Material: Carbide construction for long-lasting sharpness and durability
• Shape: Round (rosehead) design optimized for efficient cavity preparation
• Cut Type: SXM cut — engineered for fast cutting and low vibration
• Neck: Slender neck with gold plated finish for enhanced corrosion resistance
• Identification: Green ring color coding for easy size recognition
• ISO Classification: 500 205 001 019 016
• Pack: Supplied as a pack of 2 burs

Application

This round carbide dental bur SXM cut is specifically indicated for cavity and fissure preparation. Its rosehead form allows precise entry into occlusal fissures and carious lesions, enabling the clinician to remove decayed tissue while preserving healthy tooth structure. The slender neck geometry improves visibility and access in posterior regions.

Cavity/Fissure Preparation

German Engineering

As a round carbide dental bur SXM cut manufactured in Germany, this instrument reflects Busch & Co. GmbH's longstanding commitment to quality and precision. Each bur is produced to exacting standards, ensuring reliable clinical performance across a range of restorative applications.

FAQ

What is the ISO classification for this bur? The ISO classification is 500 205 001 019 016.

How many burs are included in one pack? Each pack contains 2 burs.

What does the green ring indicate? The green ring is a color-coding indicator used for size identification, consistent with standard dental bur color-coding conventions.

What makes the SXM cut suitable for cavity preparation? The round carbide dental bur SXM cut geometry is optimized for fast, efficient material removal with reduced vibration, supporting precise and comfortable cavity and fissure preparation.