Brand Name: | AMG |
Model Number: | AMG Low Helix Flat End Mill for Aluminum |
MOQ: | 3 |
Price: | Request Quote |
Attribute | Value |
---|---|
Name | Low Helix Flat End Mill for Aluminum |
Flute length | 15mm-30mm |
Overall length | 50mm-100mm |
Suitable For | Aluminum |
Type | Customized Tailored Solutions Available |
The mold manufacturing industry demands cutting tools with exceptional performance for processing high-precision, complex surfaces, and microstructures. Our short blade round nose end mill is engineered to meet the rigorous requirements of precision mold processing, offering superior rigidity, anti-interference capability, and surface finish quality.
Manufactured from ultra-fine grain carbide material, this tool features a compact blade structure with exceptional bending rigidity. The innovative round nose design combined with short blade geometry effectively prevents processing interference while enhancing stability and surface quality.
Cutter Diameter (D) | Flute Length (L1) | Shank Diameter (D2) | Overall Length (L) | Flutes | Helix Angle | Material |
---|---|---|---|---|---|---|
6mm | 15mm | 6mm | 50mm | 2 | 20° | Ultra-fine grain carbide |
8mm | 20mm | 8mm | 60mm | 2 | 20° | Ultra-fine grain carbide |
12mm | 30mm | 12mm | 100mm | 3 | 20° | Ultra-fine grain carbide |
The short blade geometry creates a thicker, more stable structure that effectively controls vibration during machining for smoother cutting action. The curved blade profile ensures natural material transition without sudden impacts, resulting in superior surface finish.
The tool features specialized clearance treatment near the shank, with a slightly tapered design that prevents jamming when machining deep cavities or complex contours. This makes it particularly effective for challenging applications involving deep pockets and internal angles.
This end mill is compatible with high-speed CNC machining centers and engraving/milling machines used for precision mold processing applications.
Choose based on your specific mold structure requirements, considering blade length, fillet radius, and diameter to match your application needs.