Original Brand: Ingersoll Cutting Tools / Part #: 5669038 Massive 30% Savings [J8sC5DSQ]

Ingersoll Cutting Tools 5669038 Milling End Mill

Introducing the Ingersoll Cutting Tools 5669038 Milling End Mill, a precision-engineered tool designed for exceptional performance in a variety of metalworking applications. This high-quality solid carbide end mill is built to deliver reliable and efficient cutting, making it an ideal choice for machinists seeking durability and precision. The 5669038 model boasts a robust design, featuring a 2-flute configuration and an AlTiCrSiN coating for superior chip evacuation and reduced wear, ensuring long tool life and optimal cutting performance.

Product Specifications and Features

The Ingersoll Cutting Tools 5669038 Milling End Mill is a versatile tool with a wide range of specifications designed to meet the demands of different applications. With a mill diameter of 1.00 mm and a length of cut of 0.8000 mm, this end mill is perfect for finishing operations on stainless steel, cast iron, and steel. Key features include a solid carbide material for maximum hardness and durability, an AlTiCrSiN coating for improved cutting efficiency, and a single end type for versatile use. This end mill also features an extended reach, a medium helix style, and a right-hand flute direction, making it suitable for a variety of cutting conditions.

Applications and Benefits

The Ingersoll Cutting Tools 5669038 Milling End Mill is an invaluable tool for a wide range of applications, from precision machining to high-volume production. Its ability to handle a variety of materials, including hard materials, non-ferrous metals, and super alloys, makes it a versatile choice for different manufacturing scenarios. The end mill's features, such as the extra-long length and the 30-degree maximum helix angle, provide improved stability and reduced vibration during operation. This not only enhances productivity but also ensures a cleaner and more precise finish, making it a preferred tool for professional machinists and engineers looking to optimize their metalworking processes.