M.A. Ford
M.A. Ford 156M0050N1A 0.50 mm 2 Flute Ball Nose End Mill
A 0.50 mm two-flute ball-nose end mill with necked design for precision milling
- TypeCutting Tools
- Precision contouring with 2 flute ball nose design
- Neck relief enables deeper cavity access
- Micro 0.50 mm diameter suits fine detail work
- TuffCut DM coating extends tool life
- California Prop 65 chemical warning applies
M.A. Ford 0.50 mm ball nose end mill
The M.A. Ford 156M0050N1A is a two-flute ball nose end mill with a 0.50 mm cutting diameter and a necked design. It is intended for precision contouring and finishing operations in a variety of materials. Machinists and toolmakers select it for detailed 3D profiling work. The tool arrives new and is sold individually.
Necked shank clears deep features
The necked shank provides clearance for the tool to reach into deep cavities or steep sidewalls without the shank contacting the workpiece. This geometry frees up access in tight pockets where a standard straight shank would interfere. It fits standard ER collets or shrink-fit holders sized for the shank diameter. The design supports stable engagement in extended-reach applications.
TuffCut DM coating resists wear
The TuffCut DM coating is engineered to withstand the heat and abrasion of sustained high-speed cutting. It maintains edge integrity longer than uncoated carbide during prolonged finishing passes. This reduces the frequency of tool changes during long production runs. California Proposition 65 warnings apply to chemicals present in the product.
Highlights
- Precision contouring with 2 flute ball nose design
- Neck relief enables deeper cavity access
- Micro 0.50 mm diameter suits fine detail work
- TuffCut DM coating extends tool life
- California Prop 65 chemical warning applies
Specifications
| Brand | M.A. FORD |
|---|---|
| Type | Cutting Tools |
Questions about this item
How long does the 0.50 mm neck hold up before deflection becomes the limiting factor?
The 0.50 mm neck diameter determines reach and rigidity; deflection limits appear once cutting forces exceed the tool's slender profile.
Does the solid carbide body run hot or loud during continuous milling?
Solid carbide conducts heat into the chips, so the tool stays relatively cool and quiet; spindle and coolant noise dominate.
What holder or collet is required to grip the shank?
A precision ER collet or hydraulic chuck matching the shank diameter is needed for concentric clamping.
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