M.A. Ford
M.A. Ford Twister Xd 5X Solid Carbide Drill 10.10Mm
Solid carbide drill creates 10.10 mm holes in tough materials with five-times-diameter reach
- Solid carbide construction delivers extended tool life
- 5X diameter drilling depth reaches deeper holes
- 10 mm diameter fits precise applications
- Twister Xd geometry improves chip evacuation
- M.A. Ford manufacturing ensures consistent quality
Twister Xd 5X 10.10 mm Solid Carbide Drill
This M.A. Ford solid carbide drill is built for high-performance drilling in tough materials. It serves machinists and maintenance teams who need precise 10.10 mm holes with extended tool life. The Twister Xd 5X geometry supports aggressive feed rates while maintaining accuracy.
California Proposition 65 Compliance Label
The supplied documentation flags the presence of a substance listed under California Proposition 65 as a carcinogen and reproductive toxin. This notice does not alter the drill’s cutting performance but requires safe handling, proper ventilation and disposal in line with local regulations.
10.10 mm Cutting Diameter
The 10.10 mm diameter is the critical dimension that determines fit for the intended hole size. Verify this exact measurement against your drawing or tap-drill chart before ordering, as no other diameters are offered under this part number.
Highlights
- Solid carbide construction delivers extended tool life
- 5X diameter drilling depth reaches deeper holes
- 10 mm diameter fits precise applications
- Twister Xd geometry improves chip evacuation
- M.A. Ford manufacturing ensures consistent quality
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Will the 10.10 mm carbide tip need resharpening or full replacement after extended drilling?
The solid-carbide construction allows professional resharpening several times before the 10.10 mm diameter is reduced beyond tolerance, after which the drill must be replaced.
What limits continuous drilling with the 5X length-to-diameter ratio?
Chip evacuation in deep holes becomes the primary constraint; peck cycles and adequate coolant pressure are required to prevent packing at full 5X depth.
How much heat and power draw should I expect when running this drill all day in steel?
Carbide runs hotter than cobalt; sustained use demands high-pressure flood coolant and a rigid spindle to manage heat without excessive power draw.
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