Busch Carbide Bud Pointed Cutter | Busch No. 428X 060 – Crosscut – HP | Pack of 1

The carbide bud pointed cutter medium double cut from Busch & Co. is a precision rotary tool engineered for demanding material removal tasks across a range of professional applications. Designed with a bud-pointed geometry and a medium double cut pattern, this cutter delivers controlled, efficient stock removal with a refined surface finish.

Product Details

• Type: Carbide Cutter
• Shape: Bud Pointed
• Cut: Medium Double Cut
• Standard Classification: ISO 500 104 257 190 060
• Pack Quantity: 1

Applications

The carbide bud pointed cutter medium double cut is well-suited for the following dental laboratory applications:

	Crown and Bridge Technology — Shaping, trimming and finishing of crown and bridge frameworks in the laboratory.
	Plastics Technology — Shaping, trimming and finishing of acrylic dentures and appliances.
	Model Making — Trimming and detailing of plaster and stone models.
	Model Casting Technique — Finishing and adjustment of cast metal frameworks.

Instrument Dimensions

Per ISO 6360, the size number is the maximum head diameter in tenths of a millimeter. See our Busch Bur Size Chart for the full size conversion table, shank codes, and color ring guide.

Why Choose This Cutter

As a carbide bud pointed cutter medium double cut, the 428X 060 HP X-Cut from Busch benefits from German engineering and manufacturing standards. The carbide construction provides lasting edge retention, while the double cut flute design ensures smooth, efficient cutting with minimal vibration. This makes it a reliable choice for technicians and craftsmen who demand consistent, repeatable results.

FAQ

What is the ISO classification of this cutter? The ISO standard classification is 500 104 257 190 060.

What cut type does this carbide bud pointed cutter medium double cut use? It uses a medium double cut pattern, which balances material removal speed with surface finish quality.

Is this cutter suitable for dental laboratory work? Yes, it is designed for use in crown and bridge technology as well as model casting technique, making it appropriate for dental laboratory applications.