M.A. Ford
M.A. Ford Twister Xd 5X Coolant Fed Drill 5.20mm
Twister Xd 5X coolant-fed drill creates 5.20 mm holes with through-tool lubrication
- 5x coolant-fed design clears chips efficiently
- 20 mm diameter suits precise hole sizes
- Twister Xd geometry improves drilling performance
- M.A. Ford brand ensures professional tool quality
- California Prop 65 warning informs safe handling
M.A. Ford Twister Xd 5.20mm drill
The M.A. Ford Twister Xd is a solid-carbide drill with a 5X diameter flute length and through-coolant delivery. It is engineered for high-efficiency drilling in steel, stainless steel and high-temperature alloys where chip evacuation and heat control are critical.
Suited for CNC production runs needing deep.
This drill serves machinists running 5.20mm holes at five-times diameter on rigid machines with coolant-fed spindles. It is not for hand-held use, for machines without through-spindle coolant, or for applications requiring a different diameter or flute length.
5.20mm diameter with 5X flute length and coolant
The 5.20mm cutting diameter combined with a 5X flute length and internal coolant channels defines the hole depth and cooling capability in a single tool. This specification determines whether the drill matches the required hole size and depth-to-diameter ratio.
Highlights
- 5x coolant-fed design clears chips efficiently
- 20 mm diameter suits precise hole sizes
- Twister Xd geometry improves drilling performance
- M.A. Ford brand ensures professional tool quality
- California Prop 65 warning informs safe handling
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 5.20mm Twister Xd 5X Coolant Fed Drill in my machine, and what step is most often missed?
Secure the drill in a rigid holder, align the coolant ports with the spindle channels, and torque the clamp to the machine specification — operators often forget to verify port alignment before tightening.
What maintenance or replacement will the 2XDCR2047A drill need during its service life?
The cutting edges will dull with use; plan to regrind or replace the drill once flank wear reaches the tool-maker's limit, and inspect coolant seals at each change.
What limit appears first when the 5.20mm drill runs continuously under load?
Heat buildup at the cutting zone becomes the limiting factor; if coolant flow or pressure drops, edge temperature rises rapidly and accelerates wear.
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