Model Number: | AMG Short Flute End Mill |
MOQ: | 3 |
Price: | Request Quote |
Attribute | Value |
---|---|
Name | Short Flute End Mill |
Flute length | 6mm-12mm |
Overall length | 50mm-60mm |
Application | Mold Cavities, Internal Corners, Deep Pockets, High-Precision Finishing |
Type | Customized |
In aviation manufacturing, precision is paramount, especially for lightweight metal structural components like aluminum alloys. Our customers demand exceptional processing accuracy, surface finish, and tool stability. The AMG low-spiral aluminum flat blade addresses these needs, delivering superior cutting efficiency, smooth chip evacuation, and reduced tool sticking - making it a preferred choice among aviation manufacturers.
Specially engineered for aviation materials including aluminum alloy and high-strength aluminum, this flat tool features ultra-fine grain cemented carbide construction for exceptional durability. The low helix angle design combined with a high-gloss mirror groove ensures outstanding cutting stability and surface quality during high-speed machining operations.
Diameter (D) | Flute Length (L1) | Shank Diameter (D2) | Overall Length (L2) | Radius (R) |
---|---|---|---|---|
4mm | 6mm | 4mm | 50mm | 0.2mm |
6mm | 8mm | 6mm | 50mm | 0.5mm |
8mm | 12mm | 8mm | 60mm | 1.0mm |
The low helix angle design concentrates cutting force downward, minimizing vibration during thin-walled part machining and preventing deformation. This design also reduces heat accumulation and tool sticking. The sharp cutting edge combined with mirror-like groove ensures stable, high-speed cutting with exceptional surface finish quality.
Its design is particularly effective for aluminum alloys that are prone to tool sticking and deformation. It delivers fast, stable cutting with excellent finished product quality.
Yes, our tools perform reliably on spindles exceeding 20,000 rpm, with many customers reporting excellent results at these speeds.
AMG offers comprehensive customization including groove design, blade count selection, and coating treatments tailored to your specific part designs and usage scenarios.