M.A. Ford
M.A. Ford CXDCS 0550AP Cyclone Xd 5.50 mm coolant-fed double-margin drill
5.50 mm coolant-fed double-margin drill delivers precise holes with internal lubrication
- Coolant-fed design improves chip evacuation during deep-hole drilling
- Double-margin geometry enhances hole straightness and surface finish
- 50 mm diameter suits precise metric hole-making tasks
- Cyclone Xd series built for high-performance drilling applications
- New condition ensures full factory specification and reliability
5.50 mm Coolant-Fed Drill
The M.A. Ford CXDCS 0550AP Cyclone Xd is a 5.50 mm coolant-fed double-margin drill designed for precision holemaking. It suits machinists and maintenance teams who need accurate drilling in metal components. The tool arrives new and is intended for professional workshop use.
Cyclone Xd Double-Margin Design
Coolant flows through the tool to the cutting zone, helping to evacuate chips and control temperature during deep-hole cycles. The double-margin geometry guides the drill for straighter holes and improved surface finish. This configuration reduces the need for secondary finishing operations in many materials.
Upgrade from Standard Twist Drills
The step up is worth it when hole positional accuracy and finish quality outweigh the higher tool cost. It replaces conventional drills that wander or produce rough walls in deeper holes. Shops without through-spindle coolant capability cannot use the internal coolant feature.
Highlights
- Coolant-fed design improves chip evacuation during deep-hole drilling
- Double-margin geometry enhances hole straightness and surface finish
- 50 mm diameter suits precise metric hole-making tasks
- Cyclone Xd series built for high-performance drilling applications
- New condition ensures full factory specification and reliability
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
How deep can the 5.50 mm drill cut before coolant flow becomes the limiting factor?
The 3X coolant-fed design delivers fluid through the tool to the cutting zone, allowing deeper holes without chip packing compared with non-coolant drills.
Does the double-margin design run hotter or louder during extended drilling cycles?
The double-margin geometry improves guidance and heat distribution, reducing friction and vibration during continuous operation.
What shank style or holder is required to use this coolant-fed drill?
The drill uses a standard cylindrical shank compatible with ER collets, Weldon flats or hydraulic holders that support through-coolant supply.
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