M.A. Ford
M.A. Ford CXDSS 1030AP Cyclone XD 3X Double Margin Drill 10.30 mm
A 10.30 mm solid carbide drill with double margins for improved hole accuracy and stability
- 30 mm diameter matches precise drilling needs
- 3X length extends reach for deeper holes
- Double margin design improves hole accuracy and finish
- Cyclone XD geometry enhances chip evacuation efficiency
- New condition delivers full factory performance reliability
Application
The M.A. Ford CXDSS 1030AP Cyclone XD is a 3X solid double margin drill sized at 10.30 mm. It is built for machinists and maintenance teams who need a rigid, self-centering tool for accurate hole production in tough alloys.
Standard limits
The double margin design improves guidance and finish compared with single margin drills, yet the 3X length-to-diameter ratio still restricts reach in deep cavities. Chip evacuation relies on standard flute geometry, so very long holes may require peck cycles or through-coolant supply.
Deciding spec
The 10.30 mm cutting diameter is the single figure that determines fit for the intended hole size. Buyers who need a different nominal diameter must select another variant, as this drill cannot be resized or adapted to other hole tolerances.
Highlights
- 30 mm diameter matches precise drilling needs
- 3X length extends reach for deeper holes
- Double margin design improves hole accuracy and finish
- Cyclone XD geometry enhances chip evacuation efficiency
- New condition delivers full factory performance reliability
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Is the 10.30 mm Cyclone XD 3X the right diameter for my application?
The CXDSS 1030AP is a solid carbide drill with a 10.30 mm cutting diameter and 3X length, so select it when the hole size and depth-to-diameter ratio match those figures.
What does the 3X designation mean once the drill is in the spindle?
3X indicates a flute length roughly three times the 10.30 mm diameter, giving a deeper reach in a single pass compared with shorter series drills.
Does the double-margin design change the shank or holder interface?
No, the double-margin geometry is on the cutting lands for improved guidance and finish; the shank remains a standard cylindrical solid-carbide shank for conventional tool holders.
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