Durable Mj 8x1.25 3xdo - 1.25mm Pitch Mj Dt3 Miniature Internal Carbide Thread Mill - (millipro Series - Vardex) Gadget [0qDsax2m]

MJ DT3 Miniature Internal Carbide Thread Mill

The MJ 8x1.25 3xDo - 1.25mm Pitch MJ DT3 Miniature Internal Carbide Thread Mill is a precision tool designed for internal machining applications. This MilliPro Series - Vardex tool is crafted with exceptional quality, ensuring durability and precision in every cut. With its 1.25mm pitch and 8mm shank diameter, this thread mill is ideal for creating intricate internal threads with ease. Key features include its miniature size, solid carbide construction, and TiCN coating for extended tool life.

Technical Specifications and Properties

This miniature internal carbide thread mill boasts a cutting diameter of 6.5mm and a tool overhang of 24.5mm, making it perfect for tight spaces and intricate designs. Made from micro grain solid carbide, it offers exceptional hardness and wear resistance. The TiCN coating provides an additional layer of protection against heat and wear, ensuring longer tool life.

• Thread Standard: MJ
• Pitch: 1.25mm

The mill is designed for internal machining and is compatible with MJ threads, making it a versatile tool for various applications. It is suitable for materials such as steel, stainless steel, HRSA's, cast iron, and non-ferrous metals.

Practical Applications and Benefits

This MJ DT3 Miniature Internal Carbide Thread Mill is an essential tool for engineers and machinists who require precision and durability in their work. Whether you're working on a complex machine component or a delicate piece of jewelry, this thread mill can handle the job with ease. Its compact size and high-quality construction make it a reliable choice for both professional and hobbyist users.

• Applications: Ideal for precision machining in tight spaces.
• Benefits: Increases productivity and reduces downtime due to tool wear.

By investing in this high-quality thread mill, you can expect improved accuracy, longer tool life, and a more efficient workflow.