M.A. Ford
M.A. Ford Cyclone Xd 8X Coolant Fed Double Margin Drill 9.50 mm
A coolant-fed double-margin drill with 8× diameter depth capability for 9.50 mm holes
- 50 mm diameter handles medium-sized holes
- 8× diameter reach drills deep in one pass
- Coolant-fed design clears chips and reduces heat
- Double-margin geometry improves hole straightness and finish
- Cyclone Xd series built for high-performance drilling
Cyclone Xd 8X Drill 9.50 mm
The M.A. Ford Cyclone Xd is a coolant-fed double-margin drill with an 8× diameter flute length. Its 9.50 mm cutting diameter suits precision metalworking tasks that demand deep-hole accuracy and consistent chip evacuation. Professional machinists and CNC operators use it for high-efficiency drilling in demanding alloys.
Coolant-fed double-margin design
Internal coolant delivery flushes chips from the cutting zone while the double margins stabilise the tool in the hole. This combination reduces heat build-up, improves surface finish and extends tool life during extended production runs. The geometry targets tighter tolerances than standard drills can hold.
Suited for deep-hole CNC drilling
Ideal for shops running dedicated coolant-through spindles on tough materials where hole straightness and finish are critical. Not suited for hand-held drilling, machines without through-spindle coolant, or applications needing diameters other than 9.50 mm.
Highlights
- 50 mm diameter handles medium-sized holes
- 8× diameter reach drills deep in one pass
- Coolant-fed design clears chips and reduces heat
- Double-margin geometry improves hole straightness and finish
- Cyclone Xd series built for high-performance drilling
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How often should the double-margin flutes on the 9.50 mm Cyclone Xd 8X drill be inspected and replaced?
Inspect the double-margin flutes after each shift; replace the drill when margin wear affects hole accuracy or coolant flow.
What limits continuous drilling depth with the 8X coolant-fed design?
The 8X diameter-to-length ratio sets the maximum drilling depth before chip evacuation becomes difficult.
How much heat and noise does the 9.50 mm drill generate during all-day production runs?
Coolant fed through the tool carries heat away from the cutting zone, reducing thermal buildup and operational noise during extended use.
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