M.A. Ford
M.A. Ford Cyclone Xd 8X Coolant Fed Double Margin Drill 8.70Mm
Coolant-fed double-margin drill with 8x diameter reach for precise 8.70 mm holes
- 8X diameter reach enables deep-hole drilling in one pass
- Coolant-fed design flushes chips and reduces heat buildup
- Double-margin geometry improves hole straightness and surface finish
- 70 mm cutting diameter matches precise metric specifications
- New condition ensures full factory performance and reliability
M.A. Ford Cyclone Xd 8.70mm Drill
The M.A. Ford Cyclone Xd is an 8.70mm coolant-fed drill with double margins. It is built for high-performance drilling in demanding materials. Professional machinists and maintenance teams use it for accurate hole production. The tool arrives new and ready for immediate workshop use.
Who this suits and who should look elsewhere
This drill suits operators running coolant-through spindles who need the stability of double-margin geometry. It is not for buyers without through-coolant capability or for hand-held drilling applications. Shops requiring a different diameter or a non-coolant-fed design should look elsewhere.
8.70mm diameter decides fit
The 8.70mm cutting diameter is the single specification that determines whether this drill matches the hole size required. Verify the target hole dimension against this figure before ordering. The 8x length-to-diameter ratio supports deep-hole drilling in a single pass.
Highlights
- 8X diameter reach enables deep-hole drilling in one pass
- Coolant-fed design flushes chips and reduces heat buildup
- Double-margin geometry improves hole straightness and surface finish
- 70 mm cutting diameter matches precise metric specifications
- New condition ensures full factory performance and reliability
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What machine spindle and coolant system do I need to run this 8.70 mm Cyclone Xd 8X drill?
The drill requires a machine spindle that accepts an 8.70 mm shank and a through-spindle coolant supply capable of delivering cutting fluid to the internal coolant channels.
Can I use this double-margin drill in a setup that currently runs standard twist drills without coolant feed?
No, the tool is designed for through-coolant operation; running it without coolant feed will not provide the intended chip evacuation and cooling performance.
How can I verify the drill is cutting correctly after installation?
Check for consistent chip formation, stable spindle load, and hole diameter within tolerance at the 8.70 mm size; the double-margin design should produce a smooth finish when coolant flow is adequate.
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