Product Overview
The CGS Tool CR2069.090 is, more or less, a 1" diameter 2-flute solid carbide corner radius end mill built for high performance machining, mainly in aluminum, non-ferrous metals, plastics, and even composite material. I mean as part of the CR2000 Series Ferocious lineup, this tool is really set up to give exceptional material removal rates, better chip evacuation and also steady machining results when you’re in those tough CNC milling jobs.
Made from solid carbide of premium quality, the CR2069.090 has CGS Tool’s own 55° high helix geometry, kind of tailored to push feed rates harder, aid chip flow better, and reduce cutting forces during high speed machining, you know the fast stuff. The .090" corner radius portion also adds strength at the cutting edge, which helps cut down on chipping, extends tool life, and holds onto dimensional accuracy. And the extended 4" length of cut plus 7" overall length means it reaches nicely for deep cavity machining, long-reach profiling, and bigger material removal tasks. Finally, the uncoated setup is tuned for aluminum and other non-ferrous materials so it can keep the cut clean, with no coating related buildup worries, usually.
Tool Specifications:
- Diameter: 1"
- Shank: 1"
- Length of Cut (LOC): 4"
- Overall Length (OAL): 7"
- Flutes: 2 Flute
- End Style: Corner Radius
- Radius: .090"
- Material: Solid Carbide
- Coating: Uncoated
- Helix Angle: 55°
- Series: CR2000 Series Ferocious
- Part No: CR2069.090
Key Performance Features:
- 2-flute corner radius design enhances edge strength and cutting stability.
- .090" corner radius helps reduce edge chipping and extends tool life.
- Original 55° high helix geometry promotes superior chip evacuation.
- Optimized for high-speed milling of aluminum and non-ferrous materials.
- Extended 4" length of cut supports deep cavity and long-reach machining.
- 7" overall length provides additional reach for complex machining operations.
- Uncoated cutting edges deliver clean performance in aluminum applications.
- Capable of achieving high chip loads and aggressive feed rates.