M.A. Ford
M.A. Ford HPDCR 1380A Twister HPD coolant drill 13.80 mm
A 13.80 mm high-performance coolant drill designed for efficient drilling operations
- 5x drilling depth for faster holes
- 80 mm diameter for precise sizing
- Twister HPD design for high-performance coolant drilling
- M.A. Ford brand for professional tool reliability
- California Prop 65 warning for safety awareness
13.80 mm coolant drill for high-performance drilling
The M.A. Ford HPDCR 1380A Twister HPD coolant drill is a 13.80 mm power tool designed for high-performance drilling applications. It suits professional machinists and maintenance teams who require reliable hole-making in demanding materials. The tool arrives in new condition ready for immediate workshop use.
5X diameter drilling capability defines the reach
The single specification that decides fit is the 5X drilling depth relative to the 13.80 mm diameter. This ratio determines whether the drill can reach the required hole depth in a single pass without pecking. Buyers needing deeper holes beyond this ratio must select a different tool length.
Through-coolant design improves chip evacuation
The integrated coolant channels deliver fluid directly to the cutting zone for heat reduction and chip removal. This feature extends tool life and maintains hole quality in tough alloys. The product carries a California Proposition 65 warning for chemicals known to cause cancer and reproductive harm.
Highlights
- 5x drilling depth for faster holes
- 80 mm diameter for precise sizing
- Twister HPD design for high-performance coolant drilling
- M.A. Ford brand for professional tool reliability
- California Prop 65 warning for safety awareness
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What does the 13.80 mm diameter mean for hole size in the workpiece?
The drill produces a 13.80 mm diameter hole when run at proper speed and feed in the intended material.
What shank interface does the Twister HPD drill use and what does that limit?
It uses a standard cylindrical shank; the holder’s clamping range and run-out tolerance set the practical limit on concentricity and torque transmission.
What physical clearance does the 5× length require for mounting and chip evacuation?
The flute length is five times the diameter, so the machine spindle and fixture must allow at least that much axial travel plus room for coolant flow and chip removal.
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