Complete M10 X 0.51-1.5 Pitch (mm) M, Mf Solid Carbide Circular Thread Milling Cutter - Emuge Franken Holiday Edition [btEYZySh]

Emuge Franken M, MF Solid Carbide Circular Thread Milling Cutter

The Emuge Franken M, MF Solid Carbide Circular Thread Milling Cutter is a versatile and precision-engineered tool designed for efficient machining of countersunk chamfers and internal threads. This cutting tool is crafted with the highest quality materials and precision engineering to ensure optimal performance and longevity. With its unique design and robust construction, it is perfect for a wide range of applications in the manufacturing industry.

Key Features and Specifications

The Emuge Franken M, MF Solid Carbide Circular Thread Milling Cutter boasts several impressive features that set it apart from other similar products. It is compatible with thread sizes ranging from UNC 5/16 to UNF 5/16, making it a versatile tool for various threading applications. The pre-drilled taphole and the possibility of chamfering the tap hole with a face bevel further enhance its adaptability. This tool is also designed for several dimensions with corrected thread profiles, ensuring precise and accurate threading every time. Its independent pitch feature allows for greater flexibility in threading, making it suitable for internal threads of all types.

Applications and Benefits

The Emuge Franken M, MF Solid Carbide Circular Thread Milling Cutter is an essential tool for professionals in the manufacturing industry. Its ability to machine countersunk chamfers and internal threads with ease makes it ideal for a wide range of applications, including the production of bolts, screws, and other threaded components. The tool's precision and durability ensure that your work will be of the highest quality, saving you time and money in the long run. With its IKZ coolant supply, the Emuge Franken M, MF Solid Carbide Circular Thread Milling Cutter also offers improved cooling and chip evacuation, leading to cleaner and more efficient machining processes.