M.A. Ford
M.A. Ford CXDCL2500AP Cyclone Xd 8X Coolant Fed Double Margin Drill 6.35mm
Coolant-fed double-margin drill cuts 6.35 mm holes with 8× diameter depth capability
- Coolant-fed design removes heat during deep drilling
- Double-margin geometry keeps holes straight at 6.35 mm
- 8× diameter reach handles long-hole applications
- M.A. Ford precision grind ensures consistent cutting performance
- New condition guarantees full factory sharpness out of the box
M.A. Ford Cyclone Xd 8X Drill
The M.A. Ford CXDCL2500AP is a new coolant-fed double margin drill built for high-precision holemaking. Its 8X diameter capability suits production environments that demand straightness and finish in deep holes.
Suited for deep-hole CNC operations
This tool suits machinists running CNC centres with through-spindle coolant who need reliable chip evacuation at depth. It does not suit hand-held drilling, machines without coolant delivery, or jobs requiring diameters other than 6.35 mm.
6.35 mm diameter with 8X reach
The 6.35 mm drill comfortably handles depths up to eight times its diameter in steel and cast iron. Beyond that length the double-margin design loses guidance and coolant pressure becomes insufficient for chip removal.
Highlights
- Coolant-fed design removes heat during deep drilling
- Double-margin geometry keeps holes straight at 6.35 mm
- 8× diameter reach handles long-hole applications
- M.A. Ford precision grind ensures consistent cutting performance
- New condition guarantees full factory sharpness out of the box
Specifications
| Brand | M.A. FORD |
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Questions about this item
What machine spindle and coolant system are required to run the CXDCL2500AP at its 8X diameter depth?
A rigid CNC spindle with through-coolant capability and a high-pressure pump delivering clean coolant through the drill's internal channels is needed to reach the full 8X depth.
Can the 6.35 mm Cyclone Xd drill share a tool holder with older 1/4 inch carbide drills?
Yes, the 6.35 mm shank matches the 1/4 inch nominal size, so it fits standard ER collets, shrink-fit holders and hydraulic chucks used for legacy 1/4 inch tooling.
How do I confirm the double-margin geometry is guiding correctly during a deep-hole cycle?
Listen for a steady cutting sound, watch for consistent chip evacuation through the coolant stream, and measure hole straightness and diameter at the 6.35 mm size after the first test hole.
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