M.A. Ford
M.A. Ford Twister Xd 5X 13.70mm Solid Carbide Drill
A 13.70 mm solid carbide drill designed for five-times-diameter depth drilling
- Twister Xd 5X design enables five times diameter drilling depth
- 70 mm solid carbide construction provides high wear resistance
- M.A. Ford manufacturing ensures professional-grade tool reliability
- Suitable for power and pneumatic tool applications
- California Proposition 65 warning indicates chemical hazard awareness
Solid Carbide Drill 13.70 mm
The M.A. Ford Twister Xd 5X is a solid carbide drill manufactured by M.A. FORD for precision hole-making in demanding materials. It suits machinists and maintenance teams who need a durable cutting tool for repeated use in professional workshops.
Thermals Noise Power Draw
As a non-powered cutting accessory the drill generates no electrical noise and draws no power during operation. Heat produced while cutting depends entirely on the machine tool settings coolant strategy and workpiece material rather than on the accessory itself.
Bundled Accessories Software
The product ships as a single drill bit with no additional accessories or software included. California Proposition 65 notices indicate the item contains chemicals known to the state to cause cancer and birth defects or other reproductive harm.
Highlights
- Twister Xd 5X design enables five times diameter drilling depth
- 70 mm solid carbide construction provides high wear resistance
- M.A. Ford manufacturing ensures professional-grade tool reliability
- Suitable for power and pneumatic tool applications
- California Proposition 65 warning indicates chemical hazard awareness
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I fit the 13.70 mm Twister Xd drill into my machine spindle?
Clamp the solid carbide shank in a precision hydraulic or shrink-fit holder, then run true at the tip — do not use a standard three-jaw chuck or side-lock flat.
What upkeep will this 5X solid carbide drill need over its life?
Resharpen the point on a CNC grinder when flank wear appears; recoat if the original coating is removed during regrind.
What stops the 13.70 mm drill first in a long production run?
Heat build-up in deep holes chips the corner radius — use through-coolant and peck cycles to delay failure.
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