M.A. Ford
M.A. Ford 16515620 Tuffcut GP 4-flute ball-nose stub end mill 5/32
A 4-flute ball-nose stub end mill with a 5/32-inch cutting diameter for profiling and contouring operations
- 4-flute design gives smoother cuts in steel and aluminium
- Ball-nose profile creates rounded slots and 3-D contours
- Stub length adds rigidity for less vibration
- 5/32 in diameter suits small-feature milling jobs
- New M.A. Ford tooling arrives ready for immediate use
Tool identity
The M.A. Ford 16515620 is a 4-flute ball-nose stub end mill with a 5/32 cutting diameter. It is made for machinists and maintenance teams who need a rigid, short-length cutter for profiling and finishing in a range of materials.
Cutting behaviour
Four flutes increase chip evacuation and allow higher feed rates compared with two-flute tools, while the ball nose produces smooth contoured surfaces. The stub length reduces deflection, so the cutter holds tighter tolerances on shallow pockets and 3-D profiles.
Machine readiness
Verify that your spindle and holder accept a 5/32 shank and that the machine has sufficient rigidity for a 4-flute carbide tool. Confirm the workpiece material is compatible with uncoated carbide and that your CAM strategy accounts for the stub length of cut.
Highlights
- 4-flute design gives smoother cuts in steel and aluminium
- Ball-nose profile creates rounded slots and 3-D contours
- Stub length adds rigidity for less vibration
- 5/32 in diameter suits small-feature milling jobs
- New M.A. Ford tooling arrives ready for immediate use
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
When should I replace the 16515620 end mill?
Replace the cutter when the ball-nose radius shows visible wear or when surface finish on the workpiece begins to degrade.
What limits continuous cutting with this stub-length tool?
The short flute length restricts depth of cut, so chip evacuation becomes the first bottleneck during prolonged heavy feeds.
How much heat does the four-flute design generate in all-day use?
Four flutes increase chip load per revolution, raising cutting temperatures; use flood coolant or air blast to manage heat buildup.
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