M.A. Ford
M.A. Ford Tuffcut Dm 2 Flute Ball Nose End Mill Necked 1.6Mm
A 1.6 mm necked ball nose end mill with two flutes for contoured milling
- TypeCutting Tools
- Precision ball-nose profile for smooth 3-D contours
- Two-flute design clears chips efficiently in deep cuts
- Necked shank reaches cavities without tool interference
- 6 mm diameter suits fine-detail machining tasks
- M.A. Ford TuffCut DM series built for demanding materials
Precision milling tool for detailed contouring
The M.A. Ford Tuffcut DM two-flute ball-nose end mill with a necked shank is designed for CNC operators and machinists who need smooth 3-D profiling in a range of materials. Its 1.6 mm cutting diameter suits intricate cavity work and fine finishing passes.
Shank diameter limits holder compatibility
The necked geometry provides extra reach for deep features, but the shank size restricts the tool to holders that accept that specific diameter. Users must verify collet or chuck capacity before planning a job.
Solid carbide construction resists wear
The carbide body maintains edge integrity under high spindle speeds, while the necked section reduces interference in tight pockets. California Proposition 65 warnings note exposure to substances linked to cancer and reproductive harm, so appropriate personal protection is advised.
Highlights
- Precision ball-nose profile for smooth 3-D contours
- Two-flute design clears chips efficiently in deep cuts
- Necked shank reaches cavities without tool interference
- 6 mm diameter suits fine-detail machining tasks
- M.A. Ford TuffCut DM series built for demanding materials
Specifications
| Brand | M.A. FORD |
|---|---|
| Type | Cutting Tools |
Questions about this item
Should I choose the 1.6 mm necked version or a different diameter for my milling job?
The 1.6 mm necked ball-nose end mill suits fine-detail profiling and deep-pocket work where a standard length would deflect; select a larger diameter only when material removal rate matters more than reach.
What does the 2-flute ball-nose geometry mean once the tool is in the spindle?
Two flutes give larger chip space for softer materials and non-ferrous metals, while the ball nose produces smooth 3-D contours and radius-bottom slots in a single pass.
How does the necked shank affect reach and rigidity in practice?
The reduced-diameter neck extends reach past 12 mm without increasing overall tool length, letting you machine deep features while the full shank maintains clamping rigidity.
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