High-End Precision Fasteners · Serving Global Customers Since 2003

TORX PLUS® insert Screw

TORX PLUS® insert Screw

TORX PLUS® Cutting Tool Screws are manufactured from high-performance alloy steel by efficient deep-hole machining and precision thread-rolling, balancing hardness and toughness. The TORX PLUS® drive transfers significantly higher torque and prevents cam-out and socket stripping.

Product Specifications

Product Description

TORX PLUS® Cutting Tool Screws are designed for the world of indexable tooling, where a screw is tightened and released constantly as inserts are rotated or replaced. The fastener is produced from high-performance alloy steel using efficient deep-hole machining and precision thread-rolling, a combination that balances hardness for wear resistance with toughness for impact durability.

The drive system is central to performance. The TORX PLUS® profile engages the driver over a broad, nearly vertical contact area, which allows significantly higher torque transfer than conventional recesses. Just as importantly, it prevents the cam-out and socket stripping that make tool screws fail prematurely when they are used hard and often.

The result is consistent fastening precision and extended service life across repeated tool change cycles — fewer stripped screws, less downtime and a machining process that holds its accuracy.

Key Features & Benefits

  • TORX PLUS® Drive: Broad contact geometry transfers significantly higher torque to the screw.
  • Cam-Out and Strip Resistant: Recess geometry protects the drive from damage during repeated use.
  • Hardness and Toughness Balance: Deep-hole machining plus thread-rolling produces a durable, reliable body.
  • Precision Thread-Rolling: Rolled threads give accurate geometry and smooth, stable engagement.
  • Long Service Life: Designed to survive frequent tool change cycles in production machining.

Application Industries

Extensively used in CNC machine tools, precision milling cutters and indexable tooling systems, these screws suit high-speed, high-vibration environments such as automotive component machining, aerospace precision milling and mould manufacturing.

They provide the core fastening reliability on which tool-holder accuracy and cutting consistency depend.

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