Sustainable Brand: Helical Solutions / Part #: 87192 With A 60% Price Cut [Omonk70y]

Helical Solutions End Mill - 7 Flute Corner Radius

The Helical Solutions End Mill, part number 87192, is a high-performance tool designed for precision machining. This single-end, solid carbide end mill boasts a 7 flute design and a corner radius for smooth cutting and enhanced tool life. Engineered with a Tplus coating and a right-hand cutting direction, this end mill is perfect for stainless steel and high-temperature applications.

• 7 Flute Design: The 7 flute design provides a balanced cutting action, reducing vibration and improving surface finish.
• Corner Radius: The corner radius feature allows for smooth entry and exit, reducing the risk of tool breakage and improving part accuracy.

Product Specifications and Features

This end mill is equipped with a 1/4 inch diameter and a 0.0300 inch corner radius, making it versatile for a wide range of applications. The Tplus coating provides excellent wear resistance and heat resistance, ensuring long tool life. With a single-end design and a round shank, this end mill is easy to handle and mount in a wide variety of machines.

• Mill Diameter: 1/4 inch (0.2500 decimal inch)
• Corner Radius: 0.0300 inch
• Coating/Finish: Tplus
• End Mill Material: Solid Carbide
• Number of Flutes: 7

Practical Applications and Benefits

The Helical Solutions End Mill is ideal for a variety of applications, including milling, profiling, and slotting in stainless steel and high-temperature materials. Its variable pitch design allows for optimal cutting performance in different materials and cutting conditions. With its chipbreaker feature, this end mill is perfect for roughing operations, providing efficient chip evacuation and reducing the risk of tool clogging.

• Stainless Steel and High-Temp Applications: Engineered for precision machining in stainless steel and high-temperature materials.
• Chipbreaker Feature: Enhances chip evacuation and reduces the risk of tool clogging during roughing operations.