M.A. Ford
M.A. Ford Twister Xd 5X Solid Carbide Drill 1.90Mm
Solid carbide 5X drill delivers rigid, accurate holes at 1.90 mm diameter
- Solid carbide construction resists wear at 1.90Mm
- Twister Xd 5X geometry improves chip evacuation
- M.A. Ford manufacturing ensures consistent hole quality
- California Prop 65 warning lists cancer risk chemical
- California Prop 65 warning lists reproductive harm chemical
Twister Xd 5X Solid Carbide Drill
The Twister Xd 5X is a solid carbide drill bit with a 1.90 mm diameter. It is built for precision drilling in metalworking and automotive maintenance tasks. The tool suits professionals who need a rigid, wear-resistant bit for accurate hole-making. Condition is new.
California Proposition 65 notice
This product carries a California Proposition 65 warning for a chemical known to cause cancer and birth defects or other reproductive harm. The notice informs users of the regulatory requirement. No accessories or software are bundled with the drill. Handling should follow standard workshop safety practice.
1.90 mm cutting diameter
The 1.90 mm diameter is the primary specification that determines fit for a given hole size. Select this bit only when the application calls for that exact dimension. Buyers who need a different diameter must choose another size.
Highlights
- Solid carbide construction resists wear at 1.90Mm
- Twister Xd 5X geometry improves chip evacuation
- M.A. Ford manufacturing ensures consistent hole quality
- California Prop 65 warning lists cancer risk chemical
- California Prop 65 warning lists reproductive harm chemical
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
When will the 1.90 mm carbide tip need resharpening or replacement?
Resharpen when the cutting edges show visible wear or when hole quality drops below tolerance; solid carbide allows multiple regrinds before replacement is necessary.
What limits continuous drilling depth with the 5X length design?
The 5X diameter-to-length ratio means chip evacuation becomes the practical depth limit; use peck cycles and adequate coolant to reach full 5X depth without binding.
How much heat builds up in the shank during all-day production runs?
Solid carbide conducts heat quickly into the holder; expect the shank to become too hot to touch after prolonged cuts unless flood coolant or through-spindle coolant is used continuously.
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