M.A. Ford
M.A. Ford CXDCS 1450AP 14.50 mm Cyclone Xd 3X Coolant Fed Double Margin Drill
14.50 mm Cyclone Xd coolant-fed double-margin drill for 3× diameter drilling depth
- 50 mm diameter suits precise hole-making
- Cyclone Xd design supports efficient chip evacuation
- 3X coolant-fed system improves tool life
- Double margin construction enhances hole accuracy
- M.A. Ford brand delivers professional-grade performance
14.50 mm Cyclone Xd Drill
The M.A. Ford CXDCS 1450AP is a 14.50 mm Cyclone Xd 3X coolant fed double margin drill designed for precision holemaking. It serves machinists and maintenance teams who need accurate drilling in demanding materials. The tool targets applications where chip control and hole quality are critical requirements.
Coolant Fed Thermal Management
Internal coolant channels deliver cutting fluid directly to the drill point to manage heat during operation. This system reduces thermal buildup at the cutting edges and supports consistent performance. Efficient heat removal helps maintain dimensional stability throughout the drilling cycle.
Double Margin Hole Guidance
The double margin design provides four-point contact for improved hole straightness and surface finish. It suits CNC machines and rigid setups with through coolant capability. Buyers without coolant fed spindles or those needing extended length drills should consider alternative tooling.
Highlights
- 50 mm diameter suits precise hole-making
- Cyclone Xd design supports efficient chip evacuation
- 3X coolant-fed system improves tool life
- Double margin construction enhances hole accuracy
- M.A. Ford brand delivers professional-grade performance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 14.50 mm Cyclone Xd drill in a coolant-fed holder without misaligning the double margins?
Clamp the shank in a precision hydraulic or shrink-fit holder, engage coolant through the tool body, and verify both margins run concentric before starting the spindle; the step most often missed is skipping the run-out check after coolant pressure is applied.
What maintenance or replacement will the CXDCS 1450AP need after extended drilling cycles?
The double-margin geometry and coolant-fed design reduce wear, but the cutting edges will eventually dull; plan to regrind or replace the drill once flank wear reaches the manufacturer's limit for the 14.50 mm diameter.
What limit appears first on the 1450AP when running sustained high-feed cycles with coolant?
The 3× diameter flute length governs chip evacuation depth; exceeding that depth in a single pass packs chips and spikes torque before the coolant system or margins reach their thermal limit.
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