M.A. Ford
M.A. Ford Cyclone Xd 3X Coolant Fed Double Margin Drill Q
Coolant-fed double-margin drill for high-precision 3X drilling operations
- Coolant-fed design clears chips for deeper holes
- Double margin construction improves hole straightness and finish
- Cyclone Xd series built for high-performance drilling
- 3X coolant channels enhance heat removal during cuts
- California Proposition 65 warning indicates chemical safety notice
Product Identity
The M.A. Ford Cyclone Xd 3X Coolant Fed Double Margin Drill Q is a specialised cutting tool built for precision hole-making in demanding materials. It is engineered for machinists and manufacturing engineers who require reliable performance in high-production environments.
Application Fit
This drill suits operators running coolant-fed machining centres who need the stability of a double-margin design for close-tolerance holes. It is not intended for manual drilling, for machines without through-spindle coolant capability, or for applications that require a different flute length or diameter.
Decisive Specification
The 3X diameter-to-length ratio defines the reach and rigidity balance of this tool, determining whether it matches the specific depth requirements of your drilling operation.
Highlights
- Coolant-fed design clears chips for deeper holes
- Double margin construction improves hole straightness and finish
- Cyclone Xd series built for high-performance drilling
- 3X coolant channels enhance heat removal during cuts
- California Proposition 65 warning indicates chemical safety notice
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Does the Cyclone Xd 3X Coolant Fed Double Margin Drill Q include the coolant system or must it be purchased separately?
The drill is sold as the cutting tool only; a compatible coolant delivery system must be sourced separately.
What distinguishes the CXDCS3320AP model from other Cyclone Xd variants?
The CXDCS3320AP designation identifies this specific 3× coolant-fed double-margin drill configuration.
How does the double-margin design affect hole quality in production?
The double-margin geometry improves guidance and stability, producing straighter holes with tighter tolerance in high-volume drilling.
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