M.A. Ford
M.A. Ford Cyclone Xd 5X Coolant Fed Double Margin Drill 3/8 3750
Coolant-fed double-margin drill delivers 5× diameter depth in a single pass
- 5X coolant-fed drilling clears chips faster
- Double-margin design improves hole straightness
- Cyclone Xd coating extends tool life
- 3/8 inch diameter fits common applications
- California Proposition 65 warning applies
Cyclone Xd 5X Coolant-Fed Drill
The M.A. Ford Cyclone Xd 5X is a coolant-fed double margin drill designed for precision hole-making in demanding materials. Its 3/8 diameter suits professional machining operations requiring accurate, deep-hole performance. The tool delivers consistent results in high-volume production environments.
Suited for high-volume CNC machining
This drill suits manufacturers running CNC equipment with through-spindle coolant capability who need reliable deep-hole drilling in tough alloys. Shops without coolant-fed spindles or those only drilling shallow holes in soft materials should consider standard twist drills instead.
5X diameter depth capacity
The 5X diameter design provides comfortable depth capacity for holes up to five times the 3750 tool diameter. Coolant-fed operation extends tool life and chip evacuation in deep cuts. Performance drops when used without adequate coolant pressure or in interrupted-cut applications.
Highlights
- 5X coolant-fed drilling clears chips faster
- Double-margin design improves hole straightness
- Cyclone Xd coating extends tool life
- 3/8 inch diameter fits common applications
- California Proposition 65 warning applies
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What coolant-fed tool holder or machine spindle is required to run the Cyclone Xd 5X drill through its internal channels?
The drill is built for coolant-fed operation, so the spindle or holder must supply pressurised coolant directly into the tool shank.
Can the 3/8 diameter Cyclone Xd 5X replace an older solid-carbide drill without changing the CNC programme?
The 5X length and double-margin design alter reach and chip evacuation, so feed and peck cycles usually need adjustment.
How can I confirm the CXDCR3750AP is cutting correctly after installation?
Check for steady coolant flow from the tip, consistent hole diameter, and smooth chip evacuation without binding.
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