CoCud Chucking Reamer, 2.2mm Cutting Dia.4 Flutes H7, Tungsten Carbide Milling Cutting Tool - (Applications: for Screw Machines, Turret Lathes, Drill

CoCud Chucking Reamer, 2.2mm Cutting Dia.4 Flutes H7, Tungsten Carbide Milling Cutting Tool - (Applications: for Screw Machines, Turret Lathes, Drill

★ Chucking Reamer Size --- The Chucking Reamer has a cutting diameter of 2.2mm / 0.09 inches, and the total length of the reamer is 50mm / 2.0 inches. ★ Wide Applications --- This Chucking Reamer is designed for accurate reaming in various materials. It is suitable for general-purpose applications and can be used with different types of equipment such as screw machines, turret lathes, drill presses, and machining centers. ★ Round Shank --- The reamer has a round shank design, allowing it to be used with a wide variety of tool holding systems. The straight flutes collect chips as they cut, making them suitable for most applications in shallow cuts. ★ Tungsten Steel --- The Chucking Reamer is made of carbide (tungsten steel), known for its hardness and wear resistance. ★ Useful Tips --- When using the Chucking Reamer, ensure it is held securely in a good-quality tool holder to prevent slipping, especially in high torque applications. Attributes:
* Size: 2.2mm / 0.09"
* Total Length: 50mm / 2.0"
* Flute Length: 25mm / 1.0"

What Is Included:
1 Pieces x Chucking Reamer

Applications & Features:
--- This Chucking Reamer is designed for accurate reaming in various materials. It is suitable for general-purpose applications and can be used with different types of equipment such as screw machines, turret lathes, drill presses, and machining centers.
--- The reamer has a round shank design, allowing it to be used with a wide variety of tool holding systems. The straight flutes collect chips as they cut, making them suitable for most applications in shallow cuts.

Useful Tips:
​​​​​​​​--- When using the Chucking Reamer, ensure it is held securely in a good-quality tool holder to prevent slipping, especially in high torque applications.