16mm 4 Flutes Solid Carbide End Mill for Aluminium Anti Vibration
This carbide milling cutter, with a diameter of 16mm and a
four-edge design, cutting edge length of 110mm and total length of
175mm. It is specifically designed for high-speed machining of
aluminum and other non-ferrous metals. Use the AMG's advanced
precision grinding technology, the tool has excellent balance, with
minimal vibration during machining. This little of vibration
effectively prevents chatter marks, ensuring a smoother machined
surface and more precise dimensions.
Main application scope
High-speed CNC machining of aluminum parts
Milling of aerospace and automotive aluminum alloy parts
Machining of deep cavities and pocket structures
Manufacturing of precision aluminum molds and stamping molds
Cutting of non-ferrous metals with high requirements for surface
quality
Specification Table:
| Parameter | Specification |
|---|
| Material | Ultra-fine grain carbide rod |
| Coating | DLC / TiSiN / Customized |
| Flute Number | 4 flutes |
| Diameter | 16mm |
| Flute Length | 110mm |
| Overall Length | 175mm |
| Helix Angle | 45° |
| End Type | Square End |
Working principle
This milling cutter has 45°high helix angle design, which
efficiently discharges chips, reduces cutting resistance, and
minimizes heat generation during machining, making it highly
suitable for high-speed aluminum processing. With 110mm long
cutting edge, it can easily handle deep cavity and side milling
while ensuring machining stability.
Product advantages
✅ AMG precision grinding ensures precise dimensions and stable
quality
✅ Excellent dynamic balance to prevent machining vibration and
chatter marks
✅ Long blade and long design, suitable for deep cavity and
long-distance aluminum processing
✅ High helix angle ensures high-speed cutting and smooth chip
evacuation
Detailed pictures:
Our workshop:
FAQ
Q1: Can this tool continuously perform high-speed aluminum
processing?
A: Sure. The AMG 16mm four-edge carbide milling cutter is
specifically designed for high-speed, continuous aluminum
processing, ensuring both tool life and processing stability.
Q2: Can this tool effectively prevent machining vibration marks?
A: Yes, excellent dynamic balance and reasonable geometric design
effectively avoid vibration and chatter marks, ensuring smooth
machined surface.
