M.A. Ford
M.A. Ford HPDCR 1040A Twister HPD Coolant Drill 5X 10.40mm
Coolant-fed drill bit for high-performance drilling at 10.40 mm diameter
- Twister HPD design enables efficient coolant-through drilling
- 40 mm diameter suits precise hole-making tasks
- 5X flute length supports deeper drilling in one pass
- HPDCR 1040A model built for high-performance applications
- M.A. Ford brand trusted for professional cutting tools
Product Identity
The M.A. Ford HPDCR 1040A Twister HPD Coolant Drill is a high-performance drill bit designed for precision hole-making. Its 10.40mm diameter and 5X coolant-through capability suit machining operations that demand efficient chip evacuation and temperature control.
Suitability
This tool suits CNC operators and machinists who require coolant-fed drilling at a 10.40mm size. It is not for buyers who need a different diameter, a non-coolant design, or a hand-held drill bit with a standard shank.
Decisive Specification
The 10.40mm cutting diameter is the single specification that determines fit for the intended hole size. Verify this measurement against your drawing or tooling requirements before purchase.
Highlights
- Twister HPD design enables efficient coolant-through drilling
- 40 mm diameter suits precise hole-making tasks
- 5X flute length supports deeper drilling in one pass
- HPDCR 1040A model built for high-performance applications
- M.A. Ford brand trusted for professional cutting tools
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 10.40 mm Twister HPD coolant drill into my machine spindle?
Insert the 10.40 mm shank fully into a matching collet or chuck, tighten securely, then engage the through-coolant supply before starting the spindle — the step most often missed is confirming coolant flow reaches the drill tip.
What maintenance or replacement will the HPDCR 1040A need after extended drilling?
The cutting edges will dull with use; plan to resharpen or replace the 10.40 mm drill once hole quality drops, and inspect coolant passages for blockage each time the tool is changed.
What limit appears first when running the 10.40 mm coolant drill continuously in tough material?
Heat buildup at the cutting zone typically limits sustained use; if coolant pressure or volume drops, the 10.40 mm drill will overheat and wear rapidly, forcing a pause.
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