M.A. Ford
M.A. Ford Twister XD 5X Solid Carbide Drill 7.10mm
A 7.10 mm solid-carbide drill designed for five-times-diameter deep-hole drilling
- Solid carbide construction delivers long tool life
- 5X diameter drilling depth reaches deeper holes
- 10 mm diameter suits precise applications
- Twister XD geometry improves chip evacuation
- M.A. Ford manufacturing ensures consistent quality
Twister XD 5X Solid Carbide Drill
The M.A. Ford Twister XD 5X is a solid carbide drill bit manufactured for demanding drilling tasks. Its construction uses solid carbide to provide high rigidity and wear resistance in production environments. This tool is intended for machinists and fabricators who require consistent hole quality.
Suited for high-performance drilling in tough
The 7.10mm diameter suits operations that need this specific hole size in steel, stainless steel or high-temperature alloys. The 5X diameter-to-depth ratio supports deeper holes without pecking cycles. Shops needing a different diameter, a longer flute length or a coated variant should select another tool.
7.10mm cutting diameter
The cutting diameter is 7.10mm, which determines the exact hole size produced. This single dimension decides whether the drill matches the required specification for the workpiece or the tapping chart in use. Verify the diameter against the drawing before ordering.
Highlights
- Solid carbide construction delivers long tool life
- 5X diameter drilling depth reaches deeper holes
- 10 mm diameter suits precise applications
- Twister XD geometry improves chip evacuation
- M.A. Ford manufacturing ensures consistent quality
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 7.10mm Twister XD drill in a drill press or hand drill, and what step is often missed?
Insert the cylindrical shank fully into the chuck, tighten securely on the shank — not the flutes — and verify concentric run-out before drilling.
What maintenance or replacement will the 2XDSR2795A solid carbide drill need over time?
The solid carbide body cannot be resharpened economically; replace the drill when cutting edges show wear or chipping.
What limit appears first when the 7.10mm drill runs continuously in tough alloy?
Heat buildup at the cutting edges degrades the carbide fastest; use coolant and peck cycles to manage temperature.
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