M.A. Ford
M.A. Ford CXDCS 0890AP 3X coolant-fed double-margin drill 8.90 mm
A coolant-fed double-margin drill with 3× diameter flute length for 8.90 mm holes
- 90 mm diameter drills precise holes in demanding materials
- 3X coolant-fed design delivers lubrication directly to the cutting zone
- Double-margin construction improves hole straightness and surface finish
- Cyclone Xd geometry enhances chip evacuation during deep drilling
- California Proposition 65 warning indicates regulated chemical content
8.90 mm coolant-fed drill
The M.A. Ford CXDCS 0890AP is a 3X Cyclone Xd double-margin drill with an 8.90 mm cutting diameter. It is built for machine shops that need through-coolant delivery to the cutting zone. The tool suits precision drilling in ferrous and non-ferrous metals where chip evacuation and hole straightness are critical.
Through-coolant integration
The shank accepts standard through-coolant holders so pressurised fluid reaches the drill point directly. This arrangement removes the need for external flood nozzles and clears chips from deep holes without peck cycles. The double-margin design guides the drill in the hole, reducing wander and improving finish on the exit side.
Heat and wear management
Coolant flowing through the tool body carries heat away from the cutting edges, lowering thermal load on the workpiece and the holder. The double margins distribute cutting forces evenly, which reduces vibration and audible chatter during the cut. California Proposition 65 warnings apply because the product contains a listed chemical.
Highlights
- 90 mm diameter drills precise holes in demanding materials
- 3X coolant-fed design delivers lubrication directly to the cutting zone
- Double-margin construction improves hole straightness and surface finish
- Cyclone Xd geometry enhances chip evacuation during deep drilling
- California Proposition 65 warning indicates regulated chemical content
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What limits the CXDCS 0890AP first when it runs continuously?
The double-margin design and 3×D flute length control chip evacuation, so chip packing in deep holes becomes the limiting factor before the carbide substrate overheats.
How much noise, heat or power does the drill produce during all-day operation?
The solid-carbide body runs cooler than HSS, but sustained cutting still generates significant heat at the margins; plan for high-pressure coolant to manage temperature and extend tool life.
What must I already own for this 8.90 mm coolant-fed drill to work?
You need a machine with through-spindle coolant delivery and a holder that accepts an 8.90 mm shank, plus a compatible ER or hydraulic collet for secure clamping.
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