The general-purpose carbide milling cutter by AMG is a
high-performance cutting tool, precisely engineered using
ultra-fine grain carbide material. It is widely used in the
aerospace, automotive, mold-making, and medical device industries
for various metal machining tasks. With its combination of high
strength, excellent wear resistance, and stable cutting
performance, this tool is ideal for modern CNC machining centers
and an essential solution for improving manufacturing efficiency
and product quality.
Main Applications
The AMG carbide milling cutter is suitable for roughing,
semi-finishing, and finishing operations on a variety of materials,
including steel, cast iron, stainless steel, aluminum alloys, and
titanium alloys. It is ideal for contour milling, slotting, facing,
angled surface cutting, and complex cavity machining.
Specification Table (Example)
| Model | Material | Flutes | Coating Type | Diameter Range | Applicable Machine Type |
|---|
| AMG-GM4 | Ultra-fine grain carbide | 4 | TiAlN | Φ1mm–Φ20mm | CNC Machining Centers |
| AMG-GM6 | Ultra-fine grain carbide | 6 | DLC | Φ3mm–Φ16mm | 5-Axis CNC Machines |
Working Principle
The milling cutter rotates at high speed on the spindle, creating
physical contact with the workpiece along a predefined cutting path
to shear off excess material. Its optimized geometry, with
high-performance coatings, reduces heat generation and tool wear,
enhancing surface finish and machining efficiency.
Advantages
Superior Wear Resistance: Manufactured with AMG’s high-hardness
carbide substrate and advanced coating technologies to extend tool
life.
High Cutting Efficiency: Optimized cutting edges and chip
evacuation design increase metal removal rates.
Excellent Surface Finish: Reduces built-up edge formation and
improves surface quality
(FAQ)
Q: Do you offer non-standard customization?
A: Yes, AMG provides OEM/ODM services to meet specific machining
requirements.
Q: What cooling methods are supported?
A: Compatible with dry cutting, wet cooling, and internal coolant
systems.
Q: How long is the tool life?
A: Under normal conditions, tool life is extended by over 30%
compared to conventional tools.
