M.A. Ford
M.A. Ford Twister XD 3X Coolant Fed Drill 6.30 mm 2XDCS2480A
A coolant-fed drill bit with 3× diameter depth capability for 6.30 mm holes
- 3× coolant-fed design clears chips from deep holes
- 30 mm diameter suits precise drilling tasks
- Twister XD geometry improves hole straightness
- Coolant-fed operation reduces heat buildup
- M.A. Ford construction delivers reliable performance
Twister XD 6.30 mm Coolant-Fed Drill
The Twister XD 3X coolant-fed drill is a 6.30 mm cutting tool designed for machine-shop professionals who need reliable chip evacuation in deep-hole applications. Its through-coolant design suits CNC operators and production engineers working with steel, stainless alloys and cast iron.
Prop 65 Chemical Notice Included
The product documentation states that the drill contains a chemical known to the State of California to cause cancer and birth defects or other reproductive harm. This notice informs buyers of the regulatory classification so they can apply their own shop safety procedures and material-handling policies.
Solid Carbide Construction
The solid carbide body provides wear resistance for repeated high-speed drilling cycles. Internal coolant channels deliver lubricant directly to the cutting edges, reducing heat build-up and improving hole quality in deep bores. The shank fits standard ER collets and hydraulic holders used in automated cells.
Highlights
- 3× coolant-fed design clears chips from deep holes
- 30 mm diameter suits precise drilling tasks
- Twister XD geometry improves hole straightness
- Coolant-fed operation reduces heat buildup
- M.A. Ford construction delivers reliable performance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How often will the 6.30 mm coolant-fed drill need resharpening or replacement under normal shop use?
Resharpening interval depends on workpiece material and feed rate; the solid-carbide Twister XD design allows multiple regrinds before the flute length is exhausted.
What is the first limitation reached during continuous drilling — chip evacuation, thermal buildup or tool deflection?
Chip evacuation through the internal coolant channels typically becomes the limiting factor before heat or deflection in deep-hole applications.
How much heat and noise does the drill generate when running all day in a CNC cycle?
Heat is managed by the through-tool coolant flow; noise level matches standard high-speed carbide drilling and scales with spindle speed and workpiece clamping.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.
