M.A. Ford
M.A. Ford CDACRM0720 Cyclone Drill for Aluminum 5X 2 Flute Coolant Fed
A 5x diameter cyclone drill with two flutes and coolant feed for aluminium
- 5× diameter reach for deeper holes in one pass
- Two-flute design clears chips efficiently in aluminum
- Coolant-fed operation reduces heat and extends tool life
- Cyclone series geometry optimised for high-speed aluminum drilling
- New condition ensures full factory performance from first use
Cyclone Drill for Aluminum 5X
The M.A. Ford CDACRM0720 Cyclone Drill is a new coolant-fed cutting tool built for aluminium work. Its two-flute geometry and 5X diameter capability suit production shops and maintenance teams that need reliable hole-making in non-ferrous alloys.
Coolant-Fed 5X Depth Constraint
Coolant delivery through the tool allows deeper drilling without frequent pecking, yet the 5X length-to-diameter ratio sets a hard limit on reach. Chip evacuation and thermal control remain effective within this envelope, but deeper holes demand a different tool configuration.
Upgrade from Standard Twist Drills
Shops moving from conventional twist drills gain straighter holes and longer tool life in aluminium thanks to the dedicated flute design and internal coolant path. The jump is worthwhile when cycle time, surface finish or tool-change frequency become bottlenecks on existing equipment.
Highlights
- 5× diameter reach for deeper holes in one pass
- Two-flute design clears chips efficiently in aluminum
- Coolant-fed operation reduces heat and extends tool life
- Cyclone series geometry optimised for high-speed aluminum drilling
- New condition ensures full factory performance from first use
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Is the CDACRM0720 the only Cyclone drill variant listed for aluminum?
The product page shows only the CDACRM0720 model; no other diameters or flute counts are presented for this series.
What does the 5X designation mean when the drill is in the spindle?
It indicates a 5 × diameter drilling depth capability, so the tool can reach five times its nominal diameter in a single pass.
How does the coolant-fed design affect the drilling process?
Internal coolant channels deliver fluid directly to the cutting zone, improving chip evacuation and reducing heat buildup in aluminum.
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