M 426XTI 023 HP MIDIS CARBIDE - (Pack of 2)

The carbide cutter cylinder round medium double cut titanium midi from Busch & Co. GmbH is a precision-engineered rotary instrument designed for demanding dental laboratory and clinical applications. Built to exacting German manufacturing standards, this instrument delivers consistent, controlled material removal on titanium restorations and frameworks.

Product Overview

The M 426XTI 023 HP MIDIS is a carbide cutter featuring a cylinder round geometry with a medium double cut pattern, specifically formulated for use on titanium. The midi shank configuration offers a practical balance between reach and rigidity, making it well suited for a broad range of preparation and finishing tasks. Sold in a convenient pack of two, this product ensures continuity of workflow in busy laboratory environments.

Key Features

• Geometry: Cylinder Round
• Cut Type: Medium Double Cut
• Material Compatibility: Titanium
• Size: Midi (023)
• Shank: HP (Handpiece)
• Pack Quantity: 2

Why Choose This Carbide Cutter?

The carbide cutter cylinder round medium double cut titanium midi is optimised to reduce chatter and vibration, allowing for smooth, efficient stock removal without compromising the integrity of delicate titanium surfaces. Its double cut flute design enables effective chip clearance, prolonging the working life of each instrument. As a product manufactured in Germany, it benefits from rigorous quality controls that dental professionals rely on worldwide.

Crown and Bridge Technology

FAQ

What materials is this carbide cutter designed for? This instrument is specifically designed for use on titanium, offering a medium double cut pattern suited to effective material removal on this demanding substrate.

What does the midi designation mean? Midi refers to the instrument's overall length classification, providing a balance between access and control during use.

How many instruments are included per pack? Each pack contains two carbide cutter cylinder round medium double cut titanium midi instruments, supporting uninterrupted clinical or laboratory workflows.