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Allied Machine Revolution Drill

Revolution Drill is Allied Machine's adjustable large-diameter indexable drilling system for drilling from solid or opening an existing hole. It is designed to maintain penetration on lower-horsepower machines and uses multiple inserts, replaceable cartridges, through coolant, and diameter adjustment to reduce the number of dedicated bodies required.

Product system overview

Revolution Drill is Allied Machine's adjustable large-diameter indexable drilling system for drilling from solid or opening an existing hole. It is designed to maintain penetration on lower-horsepower machines and uses multiple inserts, replaceable cartridges, through coolant, and diameter adjustment to reduce the number of dedicated bodies required.

Industries and applications

  • Large-diameter holes on machines with limited available horsepower.
  • Drilling from solid without a pilot or opening an existing hole while accommodating limited core shift.
  • Stacked-plate applications and work performed on either lathes or mills.

Published technical profile

  • Can drill from solid without a pilot or open an existing hole.
  • Allied states that the system can ignore core shifts up to 3.175 mm (0.125 in) in applicable opening operations.
  • Published diameter adjustment is up to 5.1 mm (0.200 in) on diameter.
  • Uses replaceable and adjustable cartridges, multiple inserts, through coolant, and available integral shanks.
  • Insert choices include Allied AM200 and AM300 coatings plus high-rake and general-purpose geometries.

Selection notes

Use Revolution Drill when large-hole flexibility and low-horsepower capability justify an adjustable multi-insert system.

Document cartridge positions, insert grades, final measured diameter, runout, coolant, and machine-specific cutting data.

Variables to validate

  • Cartridge setup and diameter adjustment require controlled assembly and measurement procedures.
  • Large-diameter drilling still depends on spindle power, torque, rigidity, coolant volume, workholding, and entry or exit conditions.
  • Opening an existing hole and drilling from solid impose different centerline, insert-loading, and chip-evacuation conditions.

Official product references

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