M.A. Ford
M.A. Ford CXDCR 0980AP 9.80 mm double margin coolant drill
A 9.80 mm double-margin coolant-fed drill for high-precision holemaking
- Precise 9.80 mm holes for tight-tolerance assemblies
- Double-margin design keeps drill centred in deep bores
- Internal coolant feed clears chips at 5× depth
- Cyclone Xd geometry reduces thrust and heat buildup
- New M.A. Ford drill ready for production use
M.A. Ford CXDCR 0980AP 9.80 mm Coolant Drill
This M.A. Ford CXDCR 0980AP is a Cyclone Xd 5X coolant-fed double margin drill with a 9.80 mm cutting diameter. It is engineered for high-performance drilling in industrial and automotive workshops where through-tool coolant delivery improves chip evacuation and tool life. The double margin design enhances hole straightness and surface finish in demanding materials. Supplied new and shipped directly from the manufacturer.
For CNC operators needing 5x diameter depth
This drill suits machinists running CNC centres or dedicated drilling units that supply coolant through the spindle, particularly when drilling depths up to five times the 9.80 mm diameter. It is not for manual hand-held drilling, machines without through-coolant capability, or applications requiring a different cutting diameter or non-coolant-fed tooling.
9.80 mm diameter with double margin geometry
The 9.80 mm cutting diameter and double margin configuration are the primary specifications that determine fit for a specific hole size and precision requirement. Verify that the machine spindle accepts the shank and that the coolant system matches the through-tool feed design before ordering. California Proposition 65 warnings apply to this product.
Highlights
- Precise 9.80 mm holes for tight-tolerance assemblies
- Double-margin design keeps drill centred in deep bores
- Internal coolant feed clears chips at 5× depth
- Cyclone Xd geometry reduces thrust and heat buildup
- New M.A. Ford drill ready for production use
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the 9.80 mm coolant-fed drill in my machine spindle?
Mount the shank securely in a compatible holder, connect the coolant supply to the through-tool port, and verify alignment before starting the spindle.
What maintenance will the double-margin 9.80 mm drill need over time?
Inspect cutting edges for wear after each job, clean coolant channels to prevent blockage, and resharpen margins when hole quality drops.
What limit appears first when running the 5X drill continuously in tough material?
Margin heat buildup typically limits sustained feed rates before the coolant system or shank reaches its capacity.
Also in this aisle
People compared these
Same shelf, same checkout — eight coins and a 30-minute rate lock.
