M.A. Ford
M.A. Ford CDACR1770 Cyclone Drill for Aluminum 5X 2 Flute Coolant Fed
A 5× diameter, two-flute coolant-fed drill designed for aluminium machining
- Optimised for aluminium with 5× diameter reach
- Two-flute design improves chip evacuation in soft alloys
- Coolant-fed channels extend tool life during deep drilling
- M.A. Ford quality ensures consistent hole accuracy
- Prop 65 chemical warning included for regulatory compliance
Cyclone Drill for Aluminium 5X 2 Flute
The M.A. Ford CDACR1770 is a coolant-fed cyclone drill engineered for aluminium machining. Its 5X diameter drilling depth and two-flute design support efficient chip evacuation in high-volume production environments.
Suited for CNC aluminium work requiring deep holes
This tool serves shops running dedicated aluminium jobs with through-coolant capability. It does not suit operations lacking coolant feed, general multi-material drilling, or short-hole applications where a standard-length drill is more practical.
5X diameter drilling depth capability
The 5X depth-to-diameter ratio defines the reach of this CDACR1770 model. Buyers must confirm their machine provides through-spindle coolant and that the 1770 catalogue number matches the required cutting diameter and shank specification.
Highlights
- Optimised for aluminium with 5× diameter reach
- Two-flute design improves chip evacuation in soft alloys
- Coolant-fed channels extend tool life during deep drilling
- M.A. Ford quality ensures consistent hole accuracy
- Prop 65 chemical warning included for regulatory compliance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What machine spindle is needed to run the CDACR1770 cyclone drill?
The CDACR1770 requires a CNC spindle with through-coolant capability and a holder that matches its shank.
Can the CDACR1770 be used in a hand drill for occasional aluminium holes?
No, the CDACR1770 is a 5×D coolant-fed carbide drill built for rigid CNC machines, not hand-held use.
How do I verify the CDACR1770 is cutting correctly after installation?
Check for consistent chip evacuation through the flutes, steady spindle load, and hole diameter within tolerance.
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