M.A. Ford
M.A. Ford DE2BM2000 Pcd Ball Em 2 0Mm 2 Flt pneumatic accessory
A pneumatic accessory with a 2 mm PCD ball end and two flutes for precision machining
- Precision 2 mm ball end-mill for detailed profiling
- Two-flute design clears chips efficiently in tight corners
- PCD construction resists wear on abrasive composites
- M.A. Ford manufacturing quality for consistent tool life
- California Proposition 65 notice included for regulated substances
Application & Purpose
This M.A. Ford pneumatic accessory is built for precision finishing tasks in professional workshops. It suits operators who need reliable tooling for detailed material removal.
Suitability & Limits
The item fits users running compatible pneumatic systems who value manufacturer-direct supply. Buyers requiring different ball diameters or flute counts should look elsewhere.
Deciding Specification
The product carries a California Proposition 65 warning for substances linked to cancer and reproductive harm. This regulatory notice is the critical factor for workplaces with strict chemical-exposure policies.
Highlights
- Precision 2 mm ball end-mill for detailed profiling
- Two-flute design clears chips efficiently in tight corners
- PCD construction resists wear on abrasive composites
- M.A. Ford manufacturing quality for consistent tool life
- California Proposition 65 notice included for regulated substances
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How often will the 2 mm ball end mill need replacing under normal use?
Replacement interval depends on the material being cut and feed rates; inspect the cutting edges regularly and swap the tool when flank wear exceeds the manufacturer's tolerance for your application.
What limits continuous operation of the DE2BM2000 in a pneumatic spindle?
The spindle's maximum rated speed and the tool's heat dissipation capacity are the first limits reached during sustained cutting; monitor spindle temperature and reduce feed if overheating occurs.
How much noise and heat does this 2 mm end mill generate during all-day machining?
Noise and heat are primarily determined by the spindle and workpiece; the carbide tool itself adds minimal vibration, but prolonged cuts can raise local temperatures — use coolant or air blast to manage heat.
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