M.A. Ford
M.A. Ford Twister Coolant 10X Micro Drill 2.05 mm
A 2.05 mm micro drill with 10X coolant-through capability for deep-hole drilling
- Twister coolant design enables efficient chip evacuation at 10x diameter depth
- 05 mm cutting diameter suits precision micro-drilling applications
- M.A. Ford manufacturing delivers consistent performance for power tool accessory use
- Coolant-through capability reduces heat buildup during extended drilling cycles
- California Proposition 65 warning indicates chemical content awareness for workplace safety
Precision Micro Drilling
The M.A. Ford Twister Coolant 10X Micro Drill is engineered for high-precision drilling in demanding materials. Its 2.05 mm diameter suits intricate component fabrication and detailed workshop tasks. The tool targets machinists and technicians who require reliable accuracy at micro scales.
Coolant-Fed Advantage
Internal coolant delivery replaces external flood methods by directing fluid straight to the cutting zone. This design improves chip evacuation and thermal control during deep-hole cycles. The upgrade is worth it when standard drills overheat or wander in tough alloys.
Build Integration
The 10X length-to-diameter ratio reaches features that shorter tools cannot access without special holders. It fits standard collets and shrink-fit systems common in CNC environments. The design frees up programming time by reducing peck cycles and tool changes.
Highlights
- Twister coolant design enables efficient chip evacuation at 10x diameter depth
- 05 mm cutting diameter suits precision micro-drilling applications
- M.A. Ford manufacturing delivers consistent performance for power tool accessory use
- Coolant-through capability reduces heat buildup during extended drilling cycles
- California Proposition 65 warning indicates chemical content awareness for workplace safety
Specifications
| Brand | M.A. FORD |
|---|
Questions about this item
What shank diameter and length does the 10X micro drill need in a tool holder?
The drill has a 2.05 mm cutting diameter and is designed for 10X depth-to-diameter drilling; the holder must accept a matching shank and provide enough overhang for the flute length.
How do I install the drill so coolant reaches the tip correctly?
Mount the drill in a through-coolant holder, align the internal coolant channel with the spindle supply, and verify flow before starting — dry running blocks the micro-channel.
When should I replace the drill based on wear?
Replace the drill when the cutting edges show chipping or rounding, when hole size drifts beyond tolerance, or when thrust force and vibration increase noticeably during drilling.
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