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M.A. Ford

M.A. Ford Twister XD 5X Coolant Fed Drill 9.25mm 2XDCR3642A

SKU CH-1KMA-EVB91

A 9.25 mm coolant-fed drill built for five-times-diameter depth drilling

  • Precise 9.25 mm holes reduce rework
  • Five-times-diameter reach accesses deep features
  • Internal coolant feed clears chips efficiently
  • Twister XD geometry improves hole quality
  • New condition ensures full tool life

Product Identity

The M.A. Ford Twister XD is a 9.25 mm coolant-fed drill built for high-performance drilling in demanding materials. It is designed for machinists and fabrication shops that need reliable hole-making with internal coolant delivery.

Best-Fit Users

This drill suits operators running CNC machines or rigid setups where through-coolant capability improves chip evacuation and tool life. It is not for handheld use, non-coolant machines, or jobs requiring a different diameter or flute length.

Decisive Specification

The 9.25 mm cutting diameter is the single dimension that determines whether this tool matches the required hole size. Verify the diameter against your print before ordering.

Highlights

  • Precise 9.25 mm holes reduce rework
  • Five-times-diameter reach accesses deep features
  • Internal coolant feed clears chips efficiently
  • Twister XD geometry improves hole quality
  • New condition ensures full tool life

Specifications

BrandM.A. FORD

Questions about this item

Will the 9.25mm cutting edges need resharpening or replacement after extended drilling?

The 9.25mm Twister XD drill is a solid carbide tool; cutting edges can be professionally resharpened multiple times before full replacement is required.

What limit appears first during continuous high-feed drilling with the 5X coolant-fed design?

Chip evacuation capacity through the internal coolant channels typically becomes the limiting factor before thermal buildup in sustained operations.

How much heat and noise does the 2XDCR3642A generate when running all day in a CNC cycle?

Coolant-fed operation significantly reduces cutting-zone heat and dampens vibration, keeping spindle-load noise lower than non-coolant drills in long cycles.

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