M.A. Ford
M.A. Ford Twister XD 5X Solid Carbide Drill 5.50 mm
Solid carbide drill for high-performance drilling in demanding applications
- 5x diameter drilling depth for fewer tool changes
- Solid carbide construction resists wear in tough materials
- 50 mm diameter suits precise hole requirements
- Twister XD geometry improves chip evacuation
- M.A. Ford quality trusted by professionals
Application focus
The M.A. Ford Twister XD 5X solid carbide drill is manufactured for precision holemaking in tough materials. Its 5.50 mm diameter suits production runs where consistent size and finish matter. Machine shops and maintenance teams select it for reliable performance in steel and alloy workpieces.
Composition and duty cycle
Solid carbide construction gives the tool high wear resistance and thermal stability during normal drilling cycles. The substrate resists softening at typical cutting temperatures, so edge life remains predictable. No special cooling strategy is required for standard feed rates.
Deep-hole behaviour
The 5X length-to-diameter ratio supports deeper holes without pecking in many applications. Chip evacuation stays effective as flute length increases, reducing the chance of packing. Operators should monitor thrust force when approaching full depth in harder alloys.
Highlights
- 5x diameter drilling depth for fewer tool changes
- Solid carbide construction resists wear in tough materials
- 50 mm diameter suits precise hole requirements
- Twister XD geometry improves chip evacuation
- M.A. Ford quality trusted by professionals
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 5.50 mm Twister XD 5X solid carbide drill in a drill chuck, and what step is often missed?
Open the chuck fully, insert the shank to the full depth, then tighten each jaw evenly; the step most often missed is verifying the drill runs true before applying feed pressure.
What maintenance or replacement will the 2XDSR2165A drill need after extended use?
The solid carbide cutting edges cannot be resharpened economically; once flank wear reaches the margin the drill must be replaced.
What limit appears first on the 5.50 mm drill during sustained high-speed drilling?
Heat buildup at the cutting zone is the first limit; without adequate coolant the carbide will lose hardness and the tool will fail prematurely.
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