Iscar 7060120 Insert Screw for Indexable Tooling

Product Description

The ISCAR 7060120 is an insert screw designed to secure indexable cutting inserts to toolholders in CNC turning, milling, and boring applications. These small-diameter clamping screws are a consumable hardware component used whenever an indexable insert is rotated to a fresh cutting edge or replaced entirely. Proper clamping torque and screw condition directly affect insert seating and cutting stability, making screw replacement a routine part of toolholder maintenance for machinists and tool-crib technicians.

This insert screw is used in machine shops, manufacturing facilities, and production environments wherever ISCAR indexable toolholders are in service. It is a direct hardware replacement intended to maintain proper insert clamping function. The screw is sold individually by package quantity and is compatible with insert-type toolholder pockets that accept the corresponding ISCAR insert screw specification.

Key Features

• Engineered to secure indexable cutting inserts within toolholder pockets
• Designed as a direct OEM-style replacement screw for ISCAR indexable tooling systems
• Consumable hardware component suited for routine toolholder maintenance
• Compact form factor consistent with standard insert-pocket clamping hardware

Compatibility

Designed for use with ISCAR indexable toolholders that require an insert screw for pocket clamping. Consult the ISCAR toolholder documentation or pocket specification to confirm correct screw fitment before installation.

Installation Notes

Insert screws are typically installed and removed by machinists or toolroom technicians using the correct T-handle or hex key specified by the toolholder manufacturer. Always use a calibrated torque wrench or driver set to the manufacturer-recommended clamping torque to avoid stripping the screw or damaging the toolholder pocket. Inspect the screw threads and seating surface for wear or damage before reuse. Never substitute a screw of a different thread pitch or head geometry, as improper clamping can cause insert movement and create a safety hazard at the spindle.