S 422FX 014 HP SHORTIES CARBIDE - (Pack of 2)

The carbide cone inverted cutter shortie fine double cut from Busch & Co. GmbH is a precision rotary cutting instrument engineered for demanding applications where control and accuracy are paramount. This shortie-length carbide cutter features a cone inverted geometry with a fine double cut pattern, delivering smooth, efficient material removal with minimal vibration and heat buildup.

Product Specifications

• Type: Carbide Cutter, Cone Inverted
• Cut: Fine Double Cut
• Series: Shorties (reduced shank length for enhanced rigidity)
• ISO Classification: 500 104 225 140 014
• Pack Contents: 2 cutters per pack

Applications

The carbide cone inverted cutter shortie fine double cut is well-suited for a variety of precision industries and technical disciplines, including:

• Model Making — precise shaping and detailing of scale models and prototypes
• Plastics Technology — clean cutting and contouring of plastic components
• Crown and Bridge Technology — accurate preparation and finishing of prosthetic restorations
• Model Casting Technique — refining cast models with consistent, repeatable results

Why Choose This Cutter?

As a genuine carbide cone inverted cutter shortie fine double cut, this instrument benefits from Busch's long-standing tradition of German engineering excellence. The shortened body length increases stability during use, reducing deflection and improving operator control in confined or intricate work areas. The fine double cut pattern ensures a refined surface finish suitable for high-precision technical work.

FAQ

What does the ISO classification 500 104 225 140 014 refer to? This is the standardized ISO code that identifies the instrument's shape, dimensions, and cutting characteristics, enabling precise selection and reordering.

How many cutters are included per pack? Each pack contains 2 carbide cone inverted cutter shortie fine double cut instruments.

Is this cutter suitable for dental laboratory use? Yes, the cone inverted geometry and fine double cut make it appropriate for crown and bridge technology as well as model casting applications.