M.A. Ford
M.A. Ford 13575000N Tuffcut Al End Mill Necked 3/4
A two-flute necked end mill for aluminium machining, marked with California Proposition 65 warnings
- TypeCutting Tools
- M.A. Ford brand delivers trusted cutting-tool quality
- Tuffcut Al series designed for aluminium machining efficiency
- Two-flute geometry enables smooth chip evacuation in soft metals
- Necked shank provides extended reach for deep-pocket milling
- California Proposition 65 warning informs safe handling practices
M.A. Ford Tuffcut Al End Mill
The M.A. Ford 13575000N Tuffcut Al is a two-flute end mill with a necked design, supplied new for aluminium milling tasks. Its cutting geometry targets non-ferrous material removal in workshop and production environments.
California Proposition 65 warnings apply
The product carries Proposition 65 notices for chemicals linked to cancer and to birth defects or other reproductive harm. These regulatory labels inform safe handling, storage and disposal practices without altering the tool’s cutting function.
Necked shank aids reach in deep pockets
The reduced neck behind the flutes allows the cutter to enter deep cavities without shank interference, improving access on tall workpieces. Solid carbide construction provides stiffness and wear resistance for consistent edge life in aluminium alloys.
Highlights
- M.A. Ford brand delivers trusted cutting-tool quality
- Tuffcut Al series designed for aluminium machining efficiency
- Two-flute geometry enables smooth chip evacuation in soft metals
- Necked shank provides extended reach for deep-pocket milling
- California Proposition 65 warning informs safe handling practices
Specifications
| Brand | M.A. FORD |
|---|---|
| Type | Cutting Tools |
Questions about this item
How often should the 13575000N Tuffcut Al end mill be replaced during regular milling operations?
Replace the cutter when the flutes show visible wear or when cut quality drops below your tolerance. Inspect the necked shank and cutting edges after each job to catch chipping early.
What is the first limitation that appears when the 13575000N runs continuously in aluminium?
Heat buildup in the two-flute design becomes the limiting factor. The tool reaches its thermal ceiling before chip evacuation or spindle power run out.
How much noise and heat does the 13575000N generate during an all-day production shift?
Expect typical high-speed router noise and noticeable heat at the shank. Use flood coolant or an air blast to keep temperatures manageable and reduce acoustic resonance.
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