M.A. Ford
M.A. Ford 14019680T 5.0 mm 4 flute ball nose end mill
A 5.0 mm four-flute ball nose end mill for contoured milling in a range of materials
- Four flutes give smoother ball-nose contours
- 0 mm diameter suits fine detail work
- TuffCut GP coating extends tool life
- M.A. Ford quality for reliable machining
- California Prop 65 warning included
M.A. Ford 5.0 mm ball nose end mill
The M.A. Ford 14019680T is a 5.0 mm diameter ball nose end mill with four flutes from the Tuffcut GP range. It is a new cutting tool designed for general-purpose milling operations in a workshop or production environment. The solid carbide construction provides the rigidity needed for contouring and profiling tasks.
Suited for general profiling, not specialised alloys
Machinists who need a reliable tool for 3D contouring, slotting or pocketing in common materials such as steel, cast iron or non-ferrous metals will find this cutter fits the requirement. Buyers who need a specific coating for high-temperature alloys, a different helix angle for difficult chip evacuation, or a longer reach for deep cavities should look at other tooling options.
5.0 mm cutting diameter defines the cut
The 5.0 mm diameter is the single dimension that determines whether this end mill matches the programmed tool path and the feature size on the part. Verify the required radius and shank compatibility in your CAM setup before ordering. California Proposition 65 warnings apply to this product.
Highlights
- Four flutes give smoother ball-nose contours
- 0 mm diameter suits fine detail work
- TuffCut GP coating extends tool life
- M.A. Ford quality for reliable machining
- California Prop 65 warning included
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
When will the 5.0 mm ball nose need resharpening or replacement?
Resharpen when the ball radius loses form or flank wear reaches the limit for your tolerance; a qualified tool-grinder can restore the 4-flute geometry multiple times.
What stops a long run in tough material first?
Heat buildup at the cutting edges limits sustained feed rates before the coating degrades or the carbide substrate softens.
How much heat and noise does the 14019680T generate in continuous cutting?
Expect high localized heat at the ball nose and moderate spindle noise; use flood coolant or high-pressure air to control temperature and chip evacuation.
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