M.A. Ford
M.A. Ford Twister Xd 5X Coolant Fed Drill 10.30mm 2XDCR4055A
Coolant-fed 10.30 mm drill delivers efficient chip evacuation for deep-hole applications
- Twister Xd design enables 5× diameter drilling depth
- Coolant-fed operation improves chip evacuation and tool life
- 30 mm diameter suits precise hole-making tasks
- M.A. Ford brand delivers professional-grade cutting performance
- New condition ensures full factory specification and reliability
10.30 mm coolant-fed drill for production holes
The Twister Xd 5X is a solid-carbide drill with through-coolant delivery, designed for high-efficiency drilling in steel, stainless steel and high-temperature alloys. It targets shops that run CNC machining centres and need reliable deep-hole performance without peck cycles.
Coolant pressure and machine rigidity set
Through-spindle coolant is mandatory; without sufficient pressure the drill cannot evacuate chips from holes beyond three diameters. The 5 × diameter flute length demands a rigid spindle and holder, so lighter-duty mills or manual machines will not realise the tool’s capability.
10.30 mm diameter decides fit for the programmed
The cutting diameter is fixed at 10.30 mm, so the drill only suits operations that call for that exact size. Buyers needing a different diameter, a non-coolant variant or a longer 8 × D reach must select another tool.
Highlights
- Twister Xd design enables 5× diameter drilling depth
- Coolant-fed operation improves chip evacuation and tool life
- 30 mm diameter suits precise hole-making tasks
- M.A. Ford brand delivers professional-grade cutting performance
- New condition ensures full factory specification and reliability
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Should I pick the 10.30mm Twister Xd or a different diameter?
Choose the 10.30mm version when the hole must be exactly that size; other diameters are separate part numbers.
What does the 5X rating mean once the drill is in the machine?
It indicates a flute length roughly five times the 10.30mm diameter for deeper holes in one pass.
How does the coolant-fed design affect the drilling process?
Internal channels deliver coolant to the tip, reducing heat and improving chip evacuation during deep drilling.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.
