S 421FX 014 HP SHORTIES CARBIDE - (Pack of 2)

The carbide cutter round fine double cut shortie from Busch & Co. GmbH is a precision rotary instrument engineered for demanding applications across dental, technical, and industrial disciplines. Classified under ISO 500 104 001 140 014, this shortie-format cutter delivers controlled, efficient material removal in tight or restricted access areas where standard-length instruments cannot reach effectively.

Key Features

• Shape: Round
• Cut Type: Fine Double Cut
• Format: Shortie (reduced shank length for enhanced control)
• Material: Solid Carbide
• ISO Classification: 500 104 001 140 014
• Pack Quantity: 2 per pack

The carbide cutter round fine double cut shortie geometry produces a smooth cutting action with minimal chatter, making it ideal for fine finishing, shaping, and contouring tasks. The fine double cut pattern removes material efficiently while leaving a refined surface, reducing secondary finishing steps.

Applications

• Model Making — precise shaping and detailing of scale models and prototypes
• Plastics Technology — controlled removal and contouring of plastic components
• Crown and Bridge Technology — fine adjustment and finishing of dental restorations
• Model Casting Technique — refining cast structures and ensuring accurate fit

As a genuine carbide cutter round fine double cut shortie, this instrument exemplifies the precision manufacturing heritage of Busch & Co. GmbH. Produced in Germany to exacting tolerances, each unit in this two-pack offers consistent performance and long service life.

FAQ

What does the shortie format offer over standard-length cutters? The reduced shank length provides greater rigidity and improved access in confined spaces, resulting in more controlled cutting with less vibration.

Is the carbide cutter round fine double cut shortie sold in a pack? Yes, this listing includes a pack of 2 units, offering convenience and value for professional use.

Which materials is this cutter suited for? It is well suited for plastics, dental restoration materials, cast models, and similar technical substrates commonly encountered in the listed application fields.