HRC55 1mm Solide Carbide End Mill 2 Flutes Long Neck Short Flutes Square End Mill
Product Description:
An HRC 55 carbide 2-flute long neck, short flutes square end mill with TiAISiN coating is a precision cutting tool, designed for machining hard materials with high accuracy.
Advantages:
- Increased Tool Life: Both TiAISiN coating offers superior wear resistance, reducing tool replacement frequency and ensuring consistent performance.
- Enhanced Heat Resistance: These coatings enable the tool to operate effectively at high speeds and temperatures, which is critical when working with harder materials.
- Precision and Stability: The combination of short flutes and a long neck allows for stable, vibration-free cutting, making the tool ideal for intricate and precise machining tasks.
- Improved Chip Evacuation: The 2-flute design and coatings help prevent chip clogging and heat buildup, ensuring smooth, efficient cutting performance, particularly in hard materials.
Features:
- Product Name:2 Flutes Long Neck Short Flutes Square End Mill
- Cut Diameter: 1mm
- Cut Length: 2m
- Shank Diameter: 4mm
- Effective Length: 5mm
- Overall Length: 50mm
- Sample Order: Accepted
- Coating/Finish Type: TiAISiN
- Flute Type: Square End
- Customize: Available
Applications:
- High-Precision Machining: Ideal for industries like aerospace, mold and die manufacturing, and automotive, where high accuracy is required when machining hardened steels, titanium, and high-temperature alloys.
- Deep Pocket Milling: The long neck allows for machining deep cavities and hard-to-reach areas without tool deflection or vibration, making it useful in 3D milling and contouring.
- Slotting and Pocketing: The 2-flute design is particularly well-suited for cutting slots and pockets in hard materials while maintaining smooth chip evacuation.
- Finishing Operations: Short flutes provide high rigidity, reducing deflection and enabling smooth finishing passes with excellent surface quality.
- Hard Material Machining: Specifically designed for cutting hardened steels, titanium alloys, and superalloys up to 65 HRC, particularly in high-speed machining (HSM) or dry cutting conditions.
