M.A. Ford
M.A. Ford Twister Xd 7X+ Coolant Fed Drill 11.00 mm 2XDCL4331A
An 11.00 mm coolant-fed drill designed for deep-hole drilling with internal lubrication
- 00 mm diameter drills precise holes
- 7X+ Twister Xd design enables deep drilling
- Coolant-fed operation removes heat efficiently
- M.A. Ford quality ensures reliable performance
- California Prop 65 warning applies to this product
Purpose-built coolant-fed drill
The M.A. Ford Twister Xd 7X+ is a coolant-fed drill designed for precision hole-making in demanding materials. It suits machinists and fabricators who require consistent chip evacuation and temperature control during deep or repetitive drilling cycles. The 11.00 mm diameter targets specific bore requirements in production environments.
Thermal management and power profile
Internal coolant channels deliver fluid directly to the cutting zone, reducing heat buildup at the tool tip and extending edge life under sustained loads. This design lowers the thermal load on both the workpiece and the spindle, supporting stable performance without external flood coolant dependency. Power draw follows the machine spindle characteristics rather than adding electrical demand.
Bundled supply and compliance notes
The drill ships directly from the manufacturer with no additional accessories, coatings or software included in the package. California Proposition 65 warnings apply, indicating the presence of chemicals linked to cancer and reproductive harm. Users should observe standard shop safety practices and consult the supplier documentation for material-specific handling guidance.
Highlights
- 00 mm diameter drills precise holes
- 7X+ Twister Xd design enables deep drilling
- Coolant-fed operation removes heat efficiently
- M.A. Ford quality ensures reliable performance
- California Prop 65 warning applies to this product
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the M.A. Ford Twister Xd 7X+ coolant-fed drill correctly, and what step is often missed?
Secure the 11.00 mm shank fully in the holder, then connect and pressurise the coolant feed before starting the spindle; skipping the coolant connection causes immediate overheating.
What maintenance or replacement will this drill need later?
The cutting edges will dull with use; plan to resharpen or replace the drill once hole quality or feed force degrades beyond acceptable limits.
What limit appears first during sustained drilling with this tool?
Heat buildup at the cutting zone becomes the limiting factor if coolant flow or pressure drops below the level needed to evacuate chips continuously.
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