M.A. Ford
M.A. Ford CXDCS 1300AP 13.00mm Cyclone Xd Coolant Fed Double Margin Drill
A 13.00 mm cyclone coolant-fed double-margin drill for precise hole-making
- 00mm diameter drills precise holes in tough materials
- Coolant-fed design clears chips for longer tool life
- Double margin construction improves hole straightness and finish
- Cyclone Xd geometry reduces cutting forces for smoother operation
- New condition ensures full factory performance from first use
Application
The M.A. Ford CXDCS 1300AP is a 13.00mm Cyclone Xd coolant-fed double margin drill designed for precision holemaking in demanding materials. It suits machinists and maintenance teams who require consistent chip evacuation and hole straightness during deep drilling cycles.
Construction
The double margin design supports the drill at two contact points, reducing vibration and improving finish quality in tough alloys. Coolant-fed channels deliver lubricant directly to the cutting zone, extending tool life and maintaining dimensional accuracy throughout the cut.
Compatibility
Verify that your machine spindle and tool holder accept a 13.00mm shank and can supply through-coolant at the required pressure. Confirm the workpiece material and depth-to-diameter ratio match the 3X capability before ordering.
Highlights
- 00mm diameter drills precise holes in tough materials
- Coolant-fed design clears chips for longer tool life
- Double margin construction improves hole straightness and finish
- Cyclone Xd geometry reduces cutting forces for smoother operation
- New condition ensures full factory performance from first use
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What does the 3X coolant-fed design mean for drilling depth?
The 3X coolant-fed system delivers lubricant directly to the cutting zone, allowing the 13.00mm drill to reach three times its diameter in depth without pecking.
What shank and holder does the CXDCS 1300AP require?
The drill uses a standard cylindrical shank sized for 13.00mm tool holders; secure it in a hydraulic or shrink-fit chuck for maximum rigidity.
How do I install the coolant feed correctly?
Connect the machine's through-spindle coolant line to the drill's rear port, verify flow before starting, and never run dry — the double margins rely on constant lubrication.
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