M.A. Ford
M.A. Ford CDACRM0760 Cyclone Drill Aluminum 5X 2 Flute Coolant Fed
Cyclone drill for aluminium with 5x reach, two flutes and coolant feed
- Optimised for aluminium with Cyclone flute geometry
- 5× diameter reach for deeper holes
- Two-flute design improves chip evacuation
- Coolant-fed operation reduces heat build-up
- New condition ensures full tool life
M.A. Ford Cyclone Drill for Aluminium
The M.A. Ford CDACRM0760 Cyclone Drill is a coolant-fed cutting tool engineered specifically for aluminium work. Its 5X diameter capability and two-flute geometry support efficient chip evacuation during deep-hole drilling operations in non-ferrous materials.
Suited to aluminium machining
This drill suits workshops machining aluminium components where through-coolant delivery is available and 5X depth performance is required. It is not intended for users without coolant-fed spindle capability or for those drilling steels, titanium or other ferrous alloys.
Standard shank fits compatible coolant-fed holders
Installation follows normal tool-holder procedures for coolant-through drills; the shank seats in standard hydraulic, shrink-fit or collet holders that support internal coolant. The most common issue arises when the machine or holder cannot deliver coolant through the tool, which prevents the drill from clearing chips effectively at 5X depth.
Highlights
- Optimised for aluminium with Cyclone flute geometry
- 5× diameter reach for deeper holes
- Two-flute design improves chip evacuation
- Coolant-fed operation reduces heat build-up
- New condition ensures full tool life
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What machine spindle is required to run the CDACRM0760 coolant-fed cyclone drill?
The drill uses a coolant-fed design that requires a machine spindle capable of delivering cutting fluid through the tool holder for proper operation.
Will the 5X flute geometry work with standard aluminium alloys on older CNC mills?
The 5X flute configuration is optimised for aluminium and will perform well on older CNC mills provided the spindle can maintain the required coolant pressure and feed rates.
How can I confirm the CDACRM0760 is cutting correctly after installation?
Check for consistent chip evacuation through the coolant channels, smooth hole walls without built-up edge, and stable spindle load readings during the drilling cycle.
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