Swiss Carbide H55 Grade Micro Endmill Overall Length 50 mm 2 Flute

The Swiss Carbide H55 Grade Micro Endmill with an overall length of 50 mm and a 2-flute configuration epitomizes precision and durability in micro-milling applications. Engineered from high-quality H55 grade carbide, this endmill boasts superior hardness, rigidity, and wear resistance, essential for achieving exceptional performance in intricate and demanding machining tasks. The H55 carbide grade is specifically selected for its ability to withstand high cutting temperatures and maintain sharp, reliable cutting edges, ensuring consistent results even under rigorous operational conditions. The 2-flute design of this micro endmill is optimized for precision cutting in tight and complex geometries. The two-flute arrangement facilitates efficient chip removal and enhanced cutting stability, which is crucial when working with small diameters and fine details. This configuration allows for smoother cutting action and improved surface finish, minimizing the risk of chip packing and maintaining the integrity of the workpiece. The precision-ground flutes ensure accurate and clean cuts, making this endmill ideal for applications requiring high precision and fine detail. With an overall length of 50 mm, this micro endmill offers a balance of reach and rigidity, making it suitable for deep and intricate milling operations. Its compact size is designed for use in small or confined spaces, allowing for detailed machining of small features and complex shapes. The endmill’s geometry is tailored to reduce heat generation and prevent built-up edge (BUE), which can affect the quality of the finish and the tool's performance. This thermal stability contributes to the endmill’s extended tool life and consistent cutting accuracy. The Swiss Carbide H55 Grade Micro Endmill is versatile and compatible with a variety of CNC machines and milling setups, providing adaptability in various machining environments. Its robust construction ensures reliability and precision in high-speed and high-precision applications, making it an invaluable tool for professionals in fields such as aerospace, medical device manufacturing, and electronics, where exacting standards and fine tolerances are required.