Kyocera TPC01496 T25 Torx Wrench Indexable Milling

Product Description

The KYOCERA TPC01496 is a T25 Torx wrench designed for use with indexable milling tooling. It provides the correct drive interface for seating and removing Torx-head screws that secure indexable inserts on compatible milling toolholders. At 2.5591 inches in overall length and weighing 0.06 pounds, it is a compact, purpose-built tool suited to the close-clearance environments common in machining setups. This wrench is the correct service tool for technicians and machinists maintaining indexable end mill assemblies on MCSE-style toolholders.

This wrench is intended for use in metalworking and machining applications where indexable milling toolholders require periodic insert changes or torque-down of Torx fasteners. It is particularly suited to shop floor use during toolholder setup, insert indexing, and routine maintenance of milling assemblies. The T25 drive size matches the hardware specified for MCSE toolholder configurations with end mill compatibility. Machinists performing insert changes on production or job-shop milling equipment will find this wrench a direct fit for the required fastener drive.

Key Features

• T25 Torx drive size matched to MCSE toolholder insert screws
• Compatible with indexable milling end mill toolholder configurations
• Compact overall length of 2.5591 inches suits tight toolholder access points
• Lightweight at 0.06 pounds for easy bench and pocket carry
• Purpose-built service tool for indexable insert maintenance

Compatibility

Designed for use with MCSE toolholder style configurations in indexable milling end mill applications. Compatible hardware type is end mill insert fasteners requiring a T25 Torx drive.

Installation Notes

Insert changes on indexable milling toolholders should be performed with the machine powered down and the spindle fully stopped. Use only the correct Torx wrench size to avoid stripping insert screw heads. Follow the toolholder manufacturer guidelines for proper insert seating and fastener engagement sequence.