M.A. Ford
M.A. Ford Twister Xd 3X Coolant Fed Drill 4.30mm
A 4.30 mm coolant-fed drill for high-performance drilling applications
- 3X coolant feed clears chips efficiently
- 30 mm diameter suits precision drilling tasks
- Twister Xd design improves hole accuracy
- M.A. Ford brand trusted for industrial durability
- California Prop 65 warning included for safety compliance
Twister Xd 3X Coolant-Fed Drill
The M.A. Ford Twister Xd 3X is a coolant-fed drill designed for high-performance drilling applications. It suits machinists and maintenance teams who require efficient chip evacuation and extended tool life in demanding materials. The 4.30 mm diameter targets precise hole-making tasks.
Coolant-Fed Drilling Constraints
This tool relies on through-coolant delivery to manage heat and clear chips from deep holes. Effective operation requires a machine spindle and holder capable of supplying coolant at adequate pressure and flow. Without compatible coolant-through infrastructure, the drill cannot perform as intended.
4.30 mm Diameter Specification
The cutting diameter is fixed at 4.30 mm, which determines the exact hole size produced. Shops needing a different diameter must select an alternative tool. This specific size suits applications such as tap-drill preparation or pilot holes where 4.30 mm is the required nominal dimension.
Highlights
- 3X coolant feed clears chips efficiently
- 30 mm diameter suits precision drilling tasks
- Twister Xd design improves hole accuracy
- M.A. Ford brand trusted for industrial durability
- California Prop 65 warning included for safety compliance
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
Which drill diameter should I select for a 4.30 mm hole?
The 4.30 mm size matches the hole you need; choose this exact diameter for a precise fit.
What does the 3X coolant-fed rating mean when the drill is running in a machine?
It indicates the tool is designed for drilling depths up to three times its diameter with internal coolant delivery for chip evacuation and heat control.
How does the coolant-fed interface affect performance on a CNC spindle?
The through-tool coolant channel connects to the machine’s coolant system, allowing high-pressure fluid to reach the cutting zone directly, which improves tool life and hole quality at 4.30 mm.
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