M.A. Ford
M.A. Ford CDACR1730 Cyclone Drill for Aluminum 5X 2 Flute Coolant Fed
Coolant-fed Cyclone drill bores aluminium five diameters deep with two flutes
- Designed for aluminium machining with Cyclone geometry
- 5× diameter reach extends drilling depth capability
- Two-flute design improves chip evacuation in soft metals
- Coolant-fed operation reduces heat buildup during cuts
- M.A. Ford manufacturing ensures professional-grade tool reliability
M.A. Ford Cyclone Drill 1730
The M.A. Ford CDACR1730 is a new Cyclone drill designed for aluminum with a 5X diameter capacity and two flutes. It features internal coolant feed for chip evacuation and temperature control during deep-hole drilling. Professional machinists and CNC operators running high-volume aluminum jobs will value the specialised geometry.
Coolant-fed two-flute design
The integrated coolant channel delivers fluid directly to the cutting zone, reducing built-up edge and extending tool life in soft alloys. Two wide flutes provide a clear path for long stringy chips to exit the hole without clogging. This combination supports faster feed rates and improves hole straightness compared with non-coolant drills.
Check spindle and holder compatibility
Verify that your machine spindle and tool holder accept the shank style and can supply coolant through the tool at the required pressure. Confirm the workpiece material is aluminium or a similar non-ferrous alloy suited to this geometry. Ensure your CNC program accounts for the 5X length-to-diameter ratio and pecking strategy.
Highlights
- Designed for aluminium machining with Cyclone geometry
- 5× diameter reach extends drilling depth capability
- Two-flute design improves chip evacuation in soft metals
- Coolant-fed operation reduces heat buildup during cuts
- M.A. Ford manufacturing ensures professional-grade tool reliability
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How often will the 2-flute coolant-fed drill need resharpening or replacement in aluminium?
Resharpening frequency depends on feed rates and aluminium grade; the coolant-fed design reduces edge wear compared with dry drilling, extending intervals between services.
What limits continuous drilling depth with the 5× length-to-diameter Cyclone drill?
The 5× L/D ratio and coolant delivery set the practical depth limit; chip evacuation becomes the constraining factor beyond that ratio in aluminium.
How much heat and noise does the CDACR1730 generate during all-day CNC cycles?
Coolant flow through the tool carries heat away from the cutting zone, keeping tip temperature lower and reducing thermal expansion; noise level matches typical high-speed aluminium drilling.
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