DrillForce-Meister Line With Smaller Drill Diameters

Contact Details

Tungaloy-NTK America, Inc.
Address
3726 N. Ventura Dr.
Arlington Heights
60004
IL
United States
Phone
630-227-3700
Toll Free Phone
888-554-8394
Fax
888-554-8392
June 01, 2020
DrillForce-Meister Line of Indexable Head Drills in Range of Diameters

Tungaloy’s DrillForce-Meister line of indexable head drills now includes drill bodies in diameters ranging from 20.0 – 25.9 mm (.787″ – 1.020″) in depth capacities of 3xD and 5xD, along with drill heads in diameters ranging from 20.0 – 25.5 mm (.787″ – 1.004″). 

DrillForce-Meister incorporates a unique seat design that enables easy and swift drill head exchanges, while maximizing the clamping security, making drilling easy on curved surfaces, inclined exits, or components with a stability problem. The seat is designed with a maximum possible contact surface to hold the drill head in place for secure stability during demanding large-diameter bore drilling with the IT9-IT10 hole tolerance.

Since the drill head can be exchanged without removing the drill body from the tool holder, setup time is significantly reduced, eliminating presetting, offset, and touch-off of the replaced tool.

The new drill bodies are available in diameters ranging from 20.0 – 25.9 mm (.787″ – 1.020″) in depth capacities of 3xD and 5xD, along with new SMP drill heads in diameters ranging from 20.0 – 25.5 mm (.787″ – 1.004″). 

At a Glance 

  • New lineup includes: 
  • SMP drill heads: ø20.0 - 25.5 mm (.787″ – 1.004″)
  • 3xD and 5xD drill bodies in diameters ø20.0 - 25.9 mm (.787″ – 1.020″)
  • Unique clamping design enables quick drill head exchanges while providing maximum head clamping  
  • Solid clamping makes drilling on curved surfaces or unstable components easy and reliable
  • Tool setup time is reduced thanks to indexable technology
  • 12 new drill bodies and 14 new drill heads are introduced in this expansion

Related Glossary Terms

  • tolerance

    tolerance

    Minimum and maximum amount a workpiece dimension is allowed to vary from a set standard and still be acceptable.