M.A. Ford
M.A. Ford Cyclone XD 3X Coolant Fed Double Margin Drill 9.20 mm
9.20 mm coolant-fed double-margin drill delivers 3× diameter depth in one pass
- 20 mm diameter suits precise hole sizes
- Coolant-fed design clears chips from deep holes
- Double-margin construction keeps drill centred in cut
- 3× flute length extends reach in one pass
- M.A. Ford engineering backs reliable performance
M.A. Ford Cyclone XD 3X Drill 9.20 mm
The M.A. Ford Cyclone XD 3X is a coolant fed double margin drill with a 9.20 mm diameter. It is built for precision drilling in production environments where chip evacuation and hole quality are critical. Machinists and tooling engineers select it for consistent performance in tough materials. The tool arrives new and ships directly from the manufacturer.
Coolant fed double margin design
Internal coolant channels deliver fluid directly to the cutting zone for heat reduction and chip flushing. The double margin geometry improves hole straightness and surface finish by guiding the drill along two contact points. These features reduce cycle time and extend tool life in high volume operations. No additional accessories or software are included with the drill.
Installation and common issues
The drill fits standard tool holders matching its shank specification for direct spindle mounting. Coolant pressure must be set correctly to activate the internal feed without damaging the drill body. Incorrect holder runout or insufficient coolant flow typically cause premature margin wear or hole deviation. Operators should verify machine rigidity before starting the cut.
Highlights
- 20 mm diameter suits precise hole sizes
- Coolant-fed design clears chips from deep holes
- Double-margin construction keeps drill centred in cut
- 3× flute length extends reach in one pass
- M.A. Ford engineering backs reliable performance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
When will the 9.20 mm cutting edges need resharpening or replacement?
Resharpen when flank wear reaches the double margin width; the coolant-fed design extends edge life by flushing chips and heat from the 3X depth-of-cut zone.
What limit appears first during continuous drilling at full 3X depth?
Chip evacuation capacity of the internal coolant channels becomes the bottleneck before the carbide substrate reaches thermal limits.
How much heat and noise does the drill generate in all-day production runs?
Through-tool coolant keeps the 9.20 mm tip temperature stable and suppresses the high-pitched squeal common in deep-hole dry drilling.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.
