M.A. Ford
M.A. Ford CDACRM0380 Cyclone Drill Aluminum 5X 2 Flute Coolant Fed
A coolant-fed Cyclone drill with two flutes for aluminium, 5× diameter reach
- Designed for aluminium machining with 5X performance
- Two-flute geometry improves chip evacuation in soft metals
- Coolant-fed design reduces heat buildup during deep drilling
- M.A. Ford engineering ensures consistent hole quality
- California Proposition 65 warning applies to this product
Cyclone Drill for Aluminum
The M.A. Ford CDACRM0380 is a 5X diameter, two-flute carbide drill designed for aluminium machining. Coolant-fed operation clears chips and controls temperature in deep-hole applications. It suits CNC shops and production cells that need reliable performance in non-ferrous materials.
Coolant-fed two-flute design
Internal coolant delivery flushes chips from the flutes, reducing the risk of built-up edge and improving hole finish. The two-flute geometry balances chip evacuation with cross-sectional strength. This combination supports consistent results in high-speed aluminium drilling cycles.
5X diameter-to-length ratio
The 5X ratio determines the maximum hole depth relative to the tool diameter, making it the key figure for deep-hole planning. Shops needing shorter or longer reach must select a different ratio. California Proposition 65 warnings apply to this product.
Highlights
- Designed for aluminium machining with 5X performance
- Two-flute geometry improves chip evacuation in soft metals
- Coolant-fed design reduces heat buildup during deep drilling
- M.A. Ford engineering ensures consistent hole quality
- California Proposition 65 warning applies to this product
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How often will the coolant passages on the CDACRM0380 need cleaning during daily use?
The coolant-fed design delivers fluid directly to the cutting zone, reducing chip buildup inside the flutes so the passages stay clear longer than non-coolant drills.
Which limit appears first when the Cyclone drill runs continuously in aluminum at 5× diameter depth?
Chip evacuation through the two flutes becomes the limiting factor before the tool reaches its wear limit in typical aluminum alloys.
How much heat does the CDACRM0380 generate when running all day in a CNC cycle?
Coolant fed through the tool body carries heat away from the cutting edges, keeping the drill and workpiece cooler than external flood cooling alone.
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