M.A. Ford
M.A. Ford CXDCS 1600AP 16.00 mm Cyclone Xd 3X Coolant Fed Double Margin Drill
A 16.00 mm Cyclone Xd 3X coolant-fed double-margin drill for high-precision drilling
- 00 mm diameter for precise hole sizing
- Cyclone Xd design for high-performance drilling
- 3X coolant-fed system for efficient heat removal
- Double margin construction for improved hole accuracy
- M.A. Ford quality for reliable industrial use
16.00 mm Cyclone Xd Coolant-Fed Drill
This M.A. Ford drill is a solid-carbide tool built for high-performance drilling in demanding materials. It targets machinists and manufacturers who need precise, deep holes with reliable chip evacuation and extended tool life in production environments.
Replaces standard twist drills lacking coolant
The jump is justified when hole depth reaches three times diameter and heat buildup threatens accuracy or tool wear. Internal coolant channels and double-margin geometry improve straightness and surface finish where conventional drills wander or overheat.
Installs in any compatible tool holder
Setup requires a machine capable of delivering coolant through the spindle at sufficient pressure. The most common issue is inadequate coolant flow or pressure, which reduces chip evacuation and can cause premature failure.
Highlights
- 00 mm diameter for precise hole sizing
- Cyclone Xd design for high-performance drilling
- 3X coolant-fed system for efficient heat removal
- Double margin construction for improved hole accuracy
- M.A. Ford quality for reliable industrial use
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What shank diameter does the 16.00 mm drill require for a secure fit?
The CXDCS 1600AP has a 16.00 mm cutting diameter, so the holder or collet must accept a 16.00 mm shank for proper mounting.
How is the coolant fed during installation, and what step is often missed?
Coolant is delivered through the tool’s internal channels; the step often missed is verifying that the machine’s coolant supply connects to the drill’s inlet before starting the cycle.
When should the double-margin drill be replaced based on wear?
Replace the drill when the double margins show measurable wear or when hole diameter exceeds the 16.00 mm tolerance, as worn margins reduce guidance and coolant flow.
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