M.A. Ford
M.A. Ford 14009840A Tuffcut GP 4 Flute Ball Nose End Mill 2.5mm pneumatic accessory
Four-flute ball-nose end mill cuts 2.5 mm radius profiles in powered or pneumatic tools
- 4-flute design gives smoother cuts
- Ball nose profile enables 3D contouring
- 5 mm diameter suits fine detail work
- TuffCut GP line built for general-purpose milling
- New condition ensures full tool life
Identity and purpose
This M.A. Ford Tuffcut GP end mill is a 2.5 mm diameter, four-flute ball-nose cutter designed for general-purpose milling in a range of materials. It suits CNC operators and machinists who need a versatile tool for profiling, contouring and finishing operations.
Fit and alternatives
The tool suits workshops running standard milling tasks where a 2.5 mm ball nose matches the required radius and flute count. Buyers needing a different cutting diameter, flute geometry, or a specialised coating for high-temperature alloys should select another model.
Deciding specification
The 2.5 mm cutting diameter is the single dimension that determines whether this cutter fits the programmed tool path and workpiece geometry. Verify that your CAM setup and machine clearance match this exact size before ordering.
Highlights
- 4-flute design gives smoother cuts
- Ball nose profile enables 3D contouring
- 5 mm diameter suits fine detail work
- TuffCut GP line built for general-purpose milling
- New condition ensures full tool life
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 2.5 mm Tuffcut GP 4 flute ball nose end mill in my pneumatic tool, and what step do people often miss?
Secure the 2.5 mm shank in a compatible collet or chuck, then tighten to the tool holder's specified torque; the step often missed is verifying concentric run-out before starting the spindle.
What maintenance or replacement will the 14009840 end mill need during its service life?
Inspect the four cutting edges for wear or chipping after each job; replace the end mill once the ball nose radius shows measurable flattening or flank wear exceeds acceptable limits.
What limit appears first when the 2.5 mm ball nose end mill runs under sustained cutting loads?
Heat buildup at the cutting zone typically becomes the limiting factor first, accelerating edge degradation and requiring reduced feed rates or coolant to continue.
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