427FX 029 HP CUTTER FX-CUT CARB - (Pack of 1)

The carbide cutter pear fine double cut from Busch & Co. GmbH is a precision rotary instrument engineered for demanding material removal and shaping tasks across a range of professional applications. Manufactured to exacting German standards, this cutter delivers consistent performance where controlled, clean cutting is essential.

Product Specifications

• Type: Carbide Cutter
• Shape: Pear
• Cut: Fine Double Cut
• ISO Classification: 500 104 237 140 029
• Shank: HP (Handpiece)
• Pack Quantity: 1

Applications

The carbide cutter pear fine double cut is suited for a broad range of precision work. Its pear geometry and fine double-cut configuration make it an ideal choice for the following disciplines:

• Model Making – Precise shaping and detailing of models
• Plastics Technology – Efficient material removal and finishing on plastic components
• Crown and Bridge Technology – Accurate preparation and contouring in dental prosthetic workflows
• Model Casting Technique – Refined surface work on cast models

Why Choose This Cutter?

As a carbide cutter pear fine double cut, this instrument combines the durability of solid carbide construction with the refined cutting action of a fine double-cut pattern. The pear shape provides excellent access and control in contoured or recessed areas, minimising chatter and delivering a smooth surface finish. Made in Germany, it reflects Busch & Co. GmbH's long-standing commitment to quality and precision engineering.

FAQ

What shank type does this cutter use? This cutter is designed for HP (handpiece) use, making it compatible with standard HP-type rotary handpieces.

What does fine double cut mean? Fine double cut refers to a cross-cut tooth pattern that produces a smoother finish and finer chip removal compared to a single or coarse cut.

Is this cutter suitable for dental laboratory use? Yes. The carbide cutter pear fine double cut is well suited for crown and bridge technology and model casting applications commonly found in dental laboratory settings.