M.A. Ford
M.A. Ford CXDCE1562AP 07440 coolant fed double margin drill
Coolant-fed double margin drill 07440 delivers precise holes with internal lubrication
- Coolant-fed design enables efficient chip evacuation during deep drilling
- Double margin construction improves hole accuracy and surface finish
- Built by M.A. Ford for professional machining applications
- Identified by part number CXDCE1562AP for easy reordering
- California Proposition 65 warning indicates chemical hazard awareness
M.A. Ford CXDCE1562AP Drill
The M.A. Ford CXDCE1562AP is a coolant fed double margin drill built for professional machining operations. It carries the manufacturer part number 07440 and is supplied new directly from M.A. Ford.
Who this suits and who it does not
This tool suits machinists who require a double margin design with internal coolant delivery for improved hole accuracy and chip evacuation. It is not suited for buyers who need a drill without coolant feed capability or those seeking a different margin configuration.
Deciding specification
The defining specification is the coolant fed double margin geometry identified as CXDCE1562AP. This feature determines whether the drill matches the specific machining requirements for precision holemaking.
Highlights
- Coolant-fed design enables efficient chip evacuation during deep drilling
- Double margin construction improves hole accuracy and surface finish
- Built by M.A. Ford for professional machining applications
- Identified by part number CXDCE1562AP for easy reordering
- California Proposition 65 warning indicates chemical hazard awareness
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How do I install the CXDCE1562AP drill and what step is commonly missed?
Mount the drill in a rigid holder, connect coolant lines to the through-spindle ports, and verify flow before cutting; the step often missed is confirming coolant pressure reaches the drill tip.
What maintenance or replacement will the CXDCE1562AP need over time?
Inspect the double margins for wear after each job; replace the drill when margin width drops below tolerance or when corner breakdown affects hole finish.
What limit appears first on the CXDCE1562AP during sustained drilling?
Margin wear accelerates once coolant temperature exceeds the effective range, causing loss of guidance and oversize holes before the cutting edges fail.
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