S 433FFX 014 HP SHORTIES CARBIDE - (Pack of 2)

The carbide cone bur shortie dental cutter from Busch & Co. GmbH is a precision-engineered rotary instrument designed to meet the demands of advanced restorative and prosthetic workflows. Featuring a cone round geometry and a super fine double cut configuration, this instrument delivers exceptional control and surface refinement, particularly in confined intraoral spaces where access is limited.

Product Specifications

• Type: Carbide Cutter, Cone Round
• Cut: Super Fine Double Cut
• Series: Shortie (reduced shank length for enhanced access)
• ISO Classification: 500 104 197 110 014
• Shank: HP (Handpiece)
• Pack Size: Pack of 2

Clinical Applications

The carbide cone bur shortie dental cutter is specifically engineered for Crown and Bridge Technology applications, where precision shaping, beveling, and finishing of ceramic or metal restorations require a reliable and consistent cutting instrument. The shortie design promotes improved torque transfer and reduced vibration during critical preparation steps, enabling clinicians to work with greater confidence and accuracy.

Why Choose This Instrument?

Manufactured in Germany by Busch & Co. GmbH, this carbide cone bur shortie dental cutter adheres to the rigorous quality standards expected in professional dental practice. The super fine double cut pattern ensures smooth stock removal while minimizing heat generation and surface roughness, preserving the integrity of both natural tooth structure and restorative materials. Each pack contains 2 burs, providing cost-effective value for busy clinical environments.

FAQ

What is the ISO classification for this bur? The ISO classification is 500 104 197 110 014.

Is this bur compatible with standard HP handpieces? Yes, this instrument is designed for use with standard HP (straight handpiece) connections.

How many burs are included per pack? Each order contains a pack of 2 units of this carbide cone bur shortie dental cutter.

What procedures is this bur best suited for? It is optimally used in Crown and Bridge Technology applications requiring fine, controlled conical cutting in restorative and prosthetic dentistry.