M.A. Ford
M.A. Ford Cyclone Xd 8X Coolant Fed Double Margin Drill 10.10mm
Coolant-fed double-margin drill with 8× diameter depth capability for 10.10 mm holes
- 8X diameter drilling depth reaches deeper holes
- Coolant-fed design delivers lubrication to the cutting zone
- Double margin construction improves hole straightness and finish
- 10 mm diameter suits precise metric applications
- New condition ensures full factory performance
Cyclone Xd 8X Coolant-Fed Drill
The M.A. Ford Cyclone Xd 8X is a coolant-fed double-margin drill built for high-performance production drilling. It targets machinists and job shops that need consistent hole quality in demanding materials. The tool arrives new and ships directly from the manufacturer.
10.10 mm Diameter Constraint
The fixed 10.10 mm cutting diameter defines the only hole size this drill can produce. It cannot be resharpened to a different diameter without changing the tool geometry. Users must match the hole specification exactly or select a different drill from the series.
Deep-Hole Capacity and Limits
The 8X diameter-to-depth ratio provides comfortable reach for holes up to roughly eight times the diameter. Beyond that depth, chip evacuation and coolant pressure become limiting factors even with through-tool delivery. The double-margin design supports stability within this range but does not extend it.
Highlights
- 8X diameter drilling depth reaches deeper holes
- Coolant-fed design delivers lubrication to the cutting zone
- Double margin construction improves hole straightness and finish
- 10 mm diameter suits precise metric applications
- New condition ensures full factory performance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Is the 10.10 mm diameter the right choice for the hole I need to drill?
The drill is a 10.10 mm diameter tool; select it when the finished hole must be that exact size.
What does the 8X designation mean when the drill is in the machine?
8X indicates the flute length allows drilling up to eight times the 10.10 mm diameter in a single pass.
How does the coolant-fed design affect the drilling process?
Internal coolant channels deliver fluid directly to the cutting edges, improving chip evacuation and tool life in deep holes.
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