M.A. Ford
M.A. Ford Cyclone XD 8X Coolant Fed Double Margin Drill 7.50 mm
Coolant-fed double-margin drill creates precise 7.50 mm holes eight diameters deep
- 8x diameter drilling depth for deep holes
- Coolant-fed design improves chip evacuation
- Double margin construction enhances hole accuracy
- 50 mm cutting diameter for precise sizing
- M.A. Ford brand trusted in industrial tooling
What the drill is and who it is for
The M.A. Ford Cyclone XD is a 7.50 mm coolant-fed double margin drill built for production drilling where straightness and hole finish matter. It suits CNC operators and tool-room engineers who need an 8× diameter reach without peck cycles. Buyers who need a larger diameter or a non-coolant design will not find those options in this listing.
Thermals noise and power draw
Coolant delivered through the tool flushes chips and controls temperature at the cutting edges during deep-hole work. The double margin design stabilises the drill, reducing vibration that can increase spindle load and audible noise. Power consumption follows the machine spindle and feed rate rather than the drill itself.
What the bundled accessories
No accessories, software or coatings are listed in the supplier data for this part number. The drill ships as a single cutting tool ready for holder mounting. Any performance change comes from the machine coolant system and cutting parameters chosen by the operator.
Highlights
- 8x diameter drilling depth for deep holes
- Coolant-fed design improves chip evacuation
- Double margin construction enhances hole accuracy
- 50 mm cutting diameter for precise sizing
- M.A. Ford brand trusted in industrial tooling
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 7.50 mm Cyclone XD drill with its coolant-fed shank?
Clamp the shank in a precision collet or hydraulic holder, run true within the holder's rated tolerance, and verify the coolant ports align with the machine's through-spindle supply.
What maintenance or replacement will the double-margin drill need later?
Inspect both margins for wear after each job; resharpen on a CNC grinder when corner breakdown reaches the margin width, and replace once the 7.50 mm diameter falls below tolerance.
What limit appears first under sustained high-feed drilling?
Margin land temperature rises until coolant breakthrough fails, so monitor spindle load and chip evacuation; back off feed before the double-margin design loses its guiding stability.
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