M.A. Ford
M.A. Ford Twister Xd 5X Solid Carbide Drill 7.40 mm
A solid carbide drill bit for high-performance drilling in a 7.40 mm diameter
- Solid carbide construction resists wear for longer tool life
- 5X diameter drilling depth reaches deeper holes in one pass
- Precise 7.40 mm cutting diameter produces accurate hole sizing
- Twister Xd geometry improves chip evacuation during drilling
- M.A. Ford manufacturing delivers professional-grade cutting performance
M.A. Ford Twister Xd 5X Drill
The M.A. Ford Twister Xd 5X is a solid carbide drill bit measuring 7.40 mm in diameter. It is engineered for high-performance drilling in demanding industrial applications. The tool is supplied new and ships directly from the manufacturer.
Who this suits and who it does not
This drill suits machinists and maintenance teams needing a rigid, long-lasting carbide tool for precise hole-making. It is not for buyers who require a different diameter, a coated variant, or a drill made from high-speed steel instead of solid carbide.
Critical specification: 7.40 mm diameter
The 7.40 mm cutting diameter is the single dimension that determines fit for your hole size and tool holder. Verify this exact measurement against your drawing or machine setup before ordering. A Proposition 65 warning applies to this product.
Highlights
- Solid carbide construction resists wear for longer tool life
- 5X diameter drilling depth reaches deeper holes in one pass
- Precise 7.40 mm cutting diameter produces accurate hole sizing
- Twister Xd geometry improves chip evacuation during drilling
- M.A. Ford manufacturing delivers professional-grade cutting performance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 7.40 mm Twister Xd 5X drill in my drill press and what step is often missed?
Chuck the shank fully, tighten the jaws evenly, and verify run-out before starting; the step most users skip is checking concentricity with a dial indicator.
What maintenance or replacement will the solid carbide 2XDSR2913A drill need over time?
The cutting edges will dull first; plan to resharpen on a diamond wheel or replace the drill when flank wear exceeds the allowable limit for your tolerance.
What limit appears first when the 7.40 mm drill runs continuously in tough alloy?
Heat buildup at the cutting zone becomes the limiting factor; use flood coolant and reduce feed once the tool body temperature approaches the carbide's thermal threshold.
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