Kennametal 1092070 Indexable Cap Screw T7 Torx

Product Description

The KENNAMETAL 1092070 is a T7 Torx cap screw designed to secure indexable inserts and clamps on milling and turning toolholders. This hardware fastener provides the precise clamping force required to hold carbide inserts in position during cutting operations. At 0.0051 pounds, the screw is a lightweight but critical component that directly affects insert seating, runout, and overall tool performance. Proper torque applied through the T7 Torx drive helps prevent cam-out and stripping during insert changes. Machinists, toolroom technicians, and CNC operators use this screw as a routine replacement item during insert indexing and toolholder maintenance.

This cap screw is suited for use in production machining environments where indexable milling and turning toolholders are in regular service. It is used during insert changes, toolholder refurbishment, and preventive maintenance of cutting tool assemblies. The T7 Torx drive configuration is common across a range of KENNAMETAL indexable toolholder clamp systems. Minimum order quantity is 20 pieces, making it practical to stock as a consumable replacement item in the tool crib or maintenance department.

Key Features

• T7 Torx drive reduces cam-out risk during high-cycle insert changes
• Compatible with indexable clamp hardware on milling and turning toolholders
• Lightweight at 0.0051 pounds for easy handling in tight toolholder pockets
• Sold individually, minimum order quantity of 20 pieces for crib stocking
• UNSPSC Code 31161500 for procurement and catalog classification

Compatibility

Designed for use with KENNAMETAL indexable toolholder clamp systems for milling and turning applications. Specific toolholder model compatibility should be confirmed against KENNAMETAL toolholder documentation before ordering.

Installation Notes

Installation should be performed by a qualified machinist or toolroom technician with the machine in a de-energized, locked-out state. Use a calibrated T7 Torx key or driver to seat the screw; do not exceed the torque specification listed in the toolholder documentation for the specific holder being serviced. Inspect the screw threads and the toolholder bore threads for damage before installation and replace any worn hardware to maintain proper insert clamping. Never substitute a different drive size or thread pitch, as incorrect hardware can result in insert ejection during cutting.