M.A. Ford
M.A. Ford Twister Xd 7X+ Coolant Fed Drill 9.60mm
A coolant-fed drill bit with a 9.60 mm diameter for powered drilling applications
- Coolant-fed design removes heat during deep drilling
- 60 mm diameter suits precise hole sizing
- Twister Xd 7X+ geometry improves chip evacuation
- M.A. Ford manufacturing ensures professional-grade durability
- California Proposition 65 warning lists chemical hazards
Purpose and user
The M.A. Ford Twister Xd 7X+ is a coolant-fed drill bit sized at 9.60 mm. It is intended for machinists and maintenance teams who need accurate holes in metal with continuous coolant delivery to the cutting zone.
Coolant-fed drilling limits
Coolant-fed drills rely on machine spindle pressure to push fluid through the tool. If the machine cannot supply sufficient flow or pressure, chip evacuation and tool life will suffer. Very deep holes may also exceed the effective reach of the internal coolant channel.
Diameter decides fit
The 9.60 mm diameter is the single specification that determines whether this bit matches the required hole size. If the drawing calls for a different diameter, this drill will not produce the correct feature.
Highlights
- Coolant-fed design removes heat during deep drilling
- 60 mm diameter suits precise hole sizing
- Twister Xd 7X+ geometry improves chip evacuation
- M.A. Ford manufacturing ensures professional-grade durability
- California Proposition 65 warning lists chemical hazards
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Should I choose the 9.60 mm Twister Xd 7X+ or a different diameter for my hole size?
Select the 9.60 mm drill when the finished hole must be exactly 9.60 mm; other diameters in the range are offered separately for different hole sizes.
What does the 7X+ designation mean for drilling depth on this 9.60 mm tool?
The 7X+ rating indicates the flute length allows drilling up to seven times the 9.60 mm diameter in a single pass with coolant feed.
How does the coolant-fed shank on the 2XDCL3780A affect chip evacuation in deep holes?
Internal coolant channels deliver fluid directly to the 9.60 mm cutting zone, flushing chips from deep 7X+ holes and reducing heat buildup.
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