M.A. Ford
M.A. Ford Twister Xd 7X+ Coolant Fed Drill 3.20 mm
A coolant-fed drill with a 3.20 mm diameter for precise drilling applications
- Coolant-fed design flushes chips for cleaner holes
- 20 mm diameter suits precise drilling tasks
- Twister Xd 7X+ geometry improves cutting efficiency
- M.A. Ford brand signals professional-grade tool quality
- New condition ensures full factory performance out of the box
M.A. Ford Twister Xd 7X+ Drill
The M.A. Ford Twister Xd 7X+ is a coolant-fed drill bit designed for precision hole-making in demanding materials. It targets machinists and maintenance engineers who require accurate 3.20 mm diameter drilling with effective heat management.
Suited for internal coolant systems.
This drill suits workshops with machine tools that deliver coolant through the spindle. Buyers without through-spindle coolant capability should look elsewhere, as the design depends on that fluid path for chip evacuation and temperature control.
3.20 mm cutting diameter defines the hole size
The single specification that decides fit is the 3.20 mm diameter; the part produces only this hole size. Verify the required diameter against your drawing before ordering, as no other sizes are covered by this item.
Highlights
- Coolant-fed design flushes chips for cleaner holes
- 20 mm diameter suits precise drilling tasks
- Twister Xd 7X+ geometry improves cutting efficiency
- M.A. Ford brand signals professional-grade tool quality
- New condition ensures full factory performance out of the box
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 3.20 mm Twister Xd 7X+ coolant-fed drill and what step is commonly missed?
Secure the drill in a compatible holder, connect the coolant supply to the through-tool channel, and verify flow before starting; the step often missed is confirming coolant reaches the tip at operating pressure.
What maintenance or replacement will the 3.20 mm Twister Xd 7X+ drill need over time?
Inspect the cutting edges and coolant passages regularly; replace the drill when flank wear exceeds tolerance or when internal channels show blockage that reduces flow.
What limit appears first on the 3.20 mm Twister Xd 7X+ drill during sustained high-speed drilling?
The primary limit is heat buildup at the cutting zone; if coolant volume or pressure drops, thermal softening accelerates wear and can cause premature failure.
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