Model:
PRODUCT DESCRIPTION ▼
High-Performance End Mills for Aluminum – Precision & Speed
Looking for durable, high-performance end mills optimized for aluminum machining? Our advanced aluminum end mills are engineered for superior cutting performance, delivering smooth finishes, extended tool life, and maximum efficiency. Featuring specialized geometries, premium coatings, and high-quality substrates, these end mills ensure exceptional precision and faster machining speeds, perfect for demanding aluminum milling applications.
Upgrade your machining process with our high-performance end mills for aluminum today!
Specifications:
Model (NO.) | Flute Diameter (D) | Neck Length (l) | Flute Length (l1) | Neck Diameter (d2) | Neck Angle (γ Reference) | Shank Diameter (d) | Full Length (L) |
ESE-20080-020-04045 | 0.8 | 2 | 0.8 | 0.76 | 12° | 4 | 45 |
ESE-20080-030-04045 | 3 | 45 | |||||
ESE-20080-040-04045 | 4 | 45 | |||||
ESE-20080-050-04045 | 5 | 45 | |||||
ESE-20080-060-04045 | 6 | 45 | |||||
ESE-20080-080-04045 | 8 | 45 | |||||
ESE-20080-100-04045 | 10 | 45 |
Point of knowledge：
The number of flutes has a significant effect on an end mill’s cutting performance, chip evacuation, rigidity, and machining efficiency.
With larger flute spaces, 2-flute end mills provide excellent chip evacuation, making them suitable for slotting, plunging, and general-purpose milling. However, the smaller core diameter results in lower tool rigidity, which may affect surface finish and dimensional accuracy in demanding applications.
4-flute end mills have a larger core diameter, providing greater rigidity and stability during cutting. They offer better dimensional accuracy and surface finish, making them well suited for side milling, semi-finishing, and finishing applications. Compared with 2-flute tools, 4-flute end mills can also achieve higher feed rates and improved machining efficiency when cutting conditions are properly selected.
2 Flutes: Slotting, plunging, pocketing, and general-purpose milling
4 Flutes: Side milling, semi-finishing, finishing, and higher-efficiency machining
