Iscar 7000213 Cap Screw T15 Torx M4 Indexable Grooving

Product Description

The ISCAR 7000213 is a countersunk cap screw designed to secure indexable inserts in grooving toolholders. It features a T15 Torx drive and M4 thread, providing reliable clamping force during cutting operations. The screw measures 7.88 millimeters in overall length and is engineered to the geometry required by SGF-style toolholder systems. Proper insert retention is critical to dimensional accuracy and tool life, and this screw delivers the consistent seating needed in production environments. Machinists and toolroom technicians who maintain and reconfigure indexable tooling will find this a direct-replacement clamping fastener.

This cap screw is intended for use in grooving applications where indexable insert toolholders require periodic screw replacement due to wear, cross-threading, or routine maintenance. It is compatible with SGF-style toolholder configurations and corresponds to industry standard number 11945. Suitable for use in both manual and CNC turning center setups where grooving operations are performed. The countersunk head profile allows it to seat flush with the insert pocket, maintaining proper insert position and preventing interference with the workpiece.

Key Features

• T15 Torx drive for positive, cam-out-resistant torque application
• M4 thread size fits SGF-style indexable grooving toolholders
• Countersunk head seats flush within the insert pocket
• 7.88 millimeter overall length engineered to OEM clamping geometry
• Conforms to industry standard number 11945

Compatibility

Designed for use with SGF-style indexable grooving toolholders. Corresponds to industry standard number 11945. Verify toolholder specifications before installation to confirm M4 thread and T15 Torx drive compatibility.

Installation Notes

Installation should be performed by a qualified machinist or toolroom technician. Power down and lock out the machine before servicing any indexable toolholder. Use a calibrated T15 Torx key and apply only the torque specified in the toolholder manufacturer documentation — do not over-torque, as this can strip the thread or crack the insert. Inspect the screw and insert pocket for debris or damage before seating a new insert.