Brief: Discover how the 0.4μm 2 Flute End Mills Solid Carbide Taper End Mill with TiAlN Coating excels in precision machining for mold/die and aerospace applications. This video showcases its advanced features, including superior edge retention, heat resistance, and optimized taper geometry for complex tapered surfaces and deep cavities.
Related Product Features:
Premium micro-grain carbide with 0.4μm grain structure for optimal edge retention and high transverse rupture strength (4,500 N/mm²).
Advanced TiAlN coating withstands 900°C cutting temperatures, reducing built-up edge and extending tool life.
Optimized taper geometry with 1°-20° customizable angles and 30° helix angle for smooth chip flow.
Ideal for machining hardened steels (HRC 20-55) and materials like cast iron, stainless steel, and Inconel 718.
Maintains dimensional accuracy in deep cavities and reduces hand polishing time by 50%.
Perfect for draft angle machining in mold/die applications, delivering excellent finish (Ra 0.3μm).
100% laser-inspected taper accuracy and dynamic balanced for >20,000 RPM operations.
Custom options available, including special taper angles, variable helix designs, and neck relief for deep cavities.
Faqs:
What materials can the 0.4μm 2 Flute End Mills Solid Carbide Taper End Mill machine?
This end mill is designed for machining cast iron, steel, stainless steel, Inconel 718, and other hardened steels (HRC 20-55), making it versatile for mold/die and aerospace applications.
How does the TiAlN coating benefit the end mill's performance?
The TiAlN coating withstands temperatures up to 900°C, reduces built-up edge in sticky materials, and extends tool life with a 3-5μm thickness, ensuring durability and high performance.
Are custom taper angles available for this end mill?
Yes, the end mill offers customizable taper angles ranging from 1° to 20°, along with options for variable helix designs and neck relief to suit specific machining needs.