429X 060 HP CUTTER X-CUT CARBIDE - (Pack of 1)

The carbide cone round cutter medium double cut from Busch & Co. GmbH is a precision-engineered rotary cutting instrument designed for demanding material removal tasks across a range of professional applications. Manufactured in Germany, this cutter combines superior carbide construction with a cone round geometry and medium double cut pattern to deliver controlled, efficient material removal with minimal vibration.

Product Specifications

• Type: Carbide Cutter
• Shape: Cone Round
• Cut: Medium Double Cut
• ISO Classification: 500 104 194 190 060
• Pack: 1 unit
• Shank: HP (Handpiece)

Applications

The carbide cone round cutter medium double cut is suited to a broad range of precision industries and disciplines. Its versatile geometry and consistent cutting action make it a reliable choice for professionals in the following fields:

• Model Making — Fine shaping and material reduction on models requiring accurate, repeatable results.
• Plastics Technology — Effective cutting and contouring of plastic components without excessive heat generation.
• Crown and Bridge Technology — Precise adjustment and finishing of crown and bridge restorations.
• Model Casting Technique — Controlled material removal in casting model preparation workflows.

Why Choose This Cutter?

As a carbide cone round cutter medium double cut, the 429X 060 HP from Busch & Co. GmbH exemplifies German engineering precision. The double cut flute pattern removes material efficiently in both rotational directions, reducing clogging and extending tool life. The cone round profile allows access to contoured surfaces and concave areas with ease.

FAQ

What shank type does this cutter use? This cutter features an HP (handpiece) shank, compatible with standard straight handpiece connections.

What ISO classification applies to this product? The ISO classification is 500 104 194 190 060.

Is this cutter suitable for dental laboratory use? Yes — it is well suited to crown and bridge technology and model casting technique workflows commonly found in dental laboratory environments.