M.A. Ford
M.A. Ford Cyclone Xd 3X Coolant Fed Double Margin Drill 7.10 mm
Coolant-fed double-margin drill with 7.10 mm diameter for efficient chip evacuation
- Cyclone Xd design optimises chip evacuation
- 3× diameter reach suits deep-hole drilling
- Coolant-fed operation improves tool life
- Double margin construction enhances hole accuracy
- 10 mm diameter matches precise machining needs
7.10 mm coolant-fed drill
The M.A. Ford Cyclone Xd 3X is a double-margin drill with through-coolant capability, built for production drilling in tough alloys. Its 7.10 mm diameter suits CNC and dedicated drilling machines that require precise hole sizing and consistent chip evacuation.
Suited for high-volume metalcutting
Shops running stainless steels, titanium or high-temperature alloys will benefit from the coolant-fed design and reinforced margins. Operations limited to flood coolant only, or those drilling soft non-ferrous materials, may find a standard solid carbide drill more economical.
Handles deep holes in difficult metals
The 3X diameter flute length and internal coolant deliver reliable performance at depths up to three times the diameter in hardened steels and superalloys. Chip packing becomes the limiting factor beyond that ratio, and the tool is not intended for hole diameters other than 7.10 mm.
Highlights
- Cyclone Xd design optimises chip evacuation
- 3× diameter reach suits deep-hole drilling
- Coolant-fed operation improves tool life
- Double margin construction enhances hole accuracy
- 10 mm diameter matches precise machining needs
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What machine spindle is required to run the 7.10 mm Cyclone Xd drill?
The drill needs a coolant-fed spindle that can deliver cutting fluid through the tool at the pressure recommended for 3× diameter deep-hole drilling.
Can the 7.10 mm drill be used in a holder that only accepts standard shank tools?
The shank follows the manufacturer’s standard for the CXDCS series; verify your holder’s clamping range matches that shank before use.
How can I confirm the 7.10 mm drill is cutting correctly after setup?
Check for consistent chip evacuation, steady spindle load, and hole diameter within tolerance at the full 3× depth.
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