Product Description:
The HMX-2ES series features tiny diameter end mills with a solid carbide construction, designed for high-speed machining and high precision applications. Ideal for machining fine parts in industries such as electronics, these end mills are perfect for intricate milling tasks that require precision and excellent surface finishes.
Manufactured with the latest carbide technology, the HMX-2ES series offers superior wear resistance, making it a great choice for precision parts that demand durability and performance. These end mills come with a 2-flute design, providing efficient chip removal and optimal cutting action in narrow slots and complex geometries.
The tiny diameter makes the HMX-2ES series particularly suitable for high-precision machining of small features, fine contours, and detailed shapes. With an extensive range of sizes available, from 0.3mm to 3.0mm, these tools are designed to perform in various applications, including profile milling, cavity milling, and ball nose slot milling.
These end mills are also ideal for high-precision industries such as automotive, aerospace, and medical devices. Thanks to their solid carbide structure, they offer excellent tool life and cutting stability, even under high-speed machining conditions.
Key Features:
Tiny diameter end mills perfect for high-precision tasks.
Solid carbide construction for maximum durability and wear resistance.
2-flute design provides efficient chip removal and smooth cutting.
Excellent for small part milling, narrow slot milling, and fine surface finishes.
Perfect for industries such as electronics, automotive, and medical devices.
Available in a wide range of sizes, from 0.3mm to 3.0mm.
High-speed milling with excellent cutting efficiency.
Whether you’re working on micromachining, fine-detail milling, or high-precision cutting, the HMX-2ES series offers the performance and precision required for the most demanding applications. Their compact size and solid carbide material make them a reliable choice for machining fine parts at high speeds.
