M.A. Ford
M.A. Ford CDACR1495 Cyclone Drill for Aluminum 5X 2 Flute Coolant Fed
Coolant-fed cyclone drill for aluminium reaches 5× diameter with two flutes, CDACR1495 model
- Cyclone design drills aluminium efficiently
- 5× diameter reach extends hole depth
- Two-flute geometry clears chips fast
- Coolant-fed operation reduces heat build-up
- New M.A. Ford tool arrives ready to use
M.A. Ford CDACR1495 Cyclone Drill
The M.A. Ford CDACR1495 is a cyclone drill designed for aluminium machining with a 5x diameter depth capacity. It features a two-flute geometry and coolant-fed operation for efficient chip evacuation. This new cutting tool targets professional machinists and fabricators working with aluminium alloys. The drill carries California Proposition 65 warnings for cancer and reproductive harm.
Suited for aluminium drilling.
This drill suits workshops producing deep holes in aluminium where through-coolant delivery is available. The two-flute design supports high feed rates in non-ferrous metals. Buyers needing to drill steel, titanium, or composite materials should look at different tool geometries. Shops without coolant-through spindle capability cannot use the internal cooling feature.
5x diameter depth with coolant feed
The defining specification is the 5x diameter drilling depth combined with coolant-fed flutes. This ratio determines the maximum reach in a single pass without pecking. The coolant channels deliver lubricant directly to the cutting zone for heat control. Match this depth capability to your aluminium part thickness before purchasing.
Highlights
- Cyclone design drills aluminium efficiently
- 5× diameter reach extends hole depth
- Two-flute geometry clears chips fast
- Coolant-fed operation reduces heat build-up
- New M.A. Ford tool arrives ready to use
Specifications
| Brand | M.A. FORD |
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Questions about this item
When will the CDACR1495 Cyclone Drill need resharpening or replacement?
Resharpen when flank wear reduces cutting performance or hole quality drops; the two-flute carbide construction allows multiple professional regrinds.
What limit appears first during sustained high-speed drilling in aluminium?
The 5× diameter flute length governs chip evacuation capacity; exceeding it causes chip packing that stops the cut before the tool overheats.
How much heat and noise does the coolant-fed design produce in all-day production?
Through-tool coolant keeps the cutting zone cool and suppresses noise; the carbide body runs warmer than the workpiece but stays within normal machining temperatures.
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