Sandvik Coromant 5764167 Torque Wrench Indexable

Product Description

The SANDVIK COROMANT 5764167 is a torque wrench designed specifically for seating and securing inserts in indexable cutting tools. Indexable tooling — including turning, milling, and boring holders — requires precise insert clamping to maintain cutting geometry and prevent insert movement under load. This wrench delivers the controlled torque needed to tighten clamping screws without stripping threads or damaging carbide inserts. It is a standard accessory used by machinists, toolroom technicians, and CNC setup personnel who work with SANDVIK COROMANT and similar indexable tooling systems.

This torque wrench is suited for use in machine shops, manufacturing facilities, and maintenance environments where indexable toolholders are in regular service. It is sized and calibrated for the small-format clamping screws common to indexable insert tooling. Typical use includes index changes at the machine, toolroom reconditioning, and insert rotation during production runs.

Key Features

• Purpose-built for indexable insert tooling clamping screws
• Helps prevent over-torque damage to carbide inserts and screw threads
• Compact form factor suited for use at the machine or in the toolroom
• Lightweight at 0.25 pounds for easy handling during frequent index changes
• Sold as a single unit — no multi-pack required

Compatibility

Designed as an OEM-style accessory for use with SANDVIK COROMANT indexable toolholders and compatible indexable cutting tool systems requiring precision insert clamping.

Installation Notes

Installation and use should be performed by qualified machinists or toolroom technicians familiar with indexable tooling systems. Always ensure the toolholder is secured and the machine is powered down or the spindle is locked before changing inserts or tightening clamping screws. Do not exceed the torque specification called out on the toolholder or in the tooling manufacturer documentation. Inspect clamping screws for wear or damage before each index change.