424FX 060 HP CUTTER BUD FX-CUT CA - (Pack of 1)

The carbide cutter cone round fine double cut from Busch & Co. GmbH is a precision-engineered rotary instrument designed for demanding material removal and finishing tasks across a range of technical disciplines. Featuring a cone round geometry with a fine double cut pattern and a distinctive red ring designation, this bur delivers controlled, efficient cutting performance for professionals who require consistency and reliability.

Product Specifications

• Type: Carbide Cutter
• Shape: Cone Round
• Cut: Fine Double Cut
• Identifier: Red Ring
• ISO Classification: 500 104 263 140 060
• Reference: 424FX 060 HP
• Pack Size: 1 piece

Applications

The carbide cutter cone round fine double cut is suited for use across multiple technical fields, including:

• Model Making — precise shaping and contouring of model materials
• Plastics Technology — efficient trimming and finishing of plastic components
• Crown and Bridge Technology — accurate adjustment and refinement of dental prosthetic work
• Model Casting Technique — detailed work on cast models requiring fine material control

Why Choose This Cutter

As a carbide cutter cone round fine double cut instrument manufactured in Germany, this tool reflects the high standards of precision and engineering quality that Busch & Co. GmbH is known for. The fine double cut configuration reduces vibration and chatter while producing a smooth, consistent surface finish, making it the preferred choice for technicians who demand professional-grade results.

FAQ

What is the ISO classification for this cutter? The ISO classification is 500 104 263 140 060, confirming its standardized cone round geometry and fine double cut specification.

What does the red ring indicate? The red ring is a standard colour coding used to identify the cut type and coarseness of rotary instruments, helping technicians quickly select the correct tool.

Is this cutter suitable for dental laboratory use? Yes, this carbide cutter cone round fine double cut is particularly suited for crown and bridge technology and model casting applications common in dental laboratory environments.