Iscar 4305273 Extractor Indexable Grooving Turning Tgfs

Product Description

The ISCAR 4305273 is an extractor designed for indexable grooving and turning operations. It is used to remove and seat inserts in TGFS-series toolholders without damaging the seating pocket or cutting edge. This type of extractor is a dedicated service tool kept at the machine or toolcrib and used by machinists and toolroom technicians during insert changeovers. Keeping a proper extractor on hand reduces the risk of insert breakage, toolholder damage, and hand injury that can result from improvised removal methods. The 4305273 weighs 0.25 pounds, making it a lightweight, easy-to-handle bench tool.

This extractor is intended for use with ISCAR TGFS-series indexable grooving and turning toolholders. It is suited for production machining environments, job shops, and toolrooms where indexable grooving tools are regularly serviced. Insert changeovers in grooving applications happen frequently due to the demanding cutting conditions involved, so a dedicated extractor is a standard part of toolholder maintenance workflow in these settings.

Key Features

• Designed specifically for TGFS toolholder compatibility, ensuring proper fit during insert removal
• Lightweight construction at 0.25 pounds for easy bench and machine-side use
• Reduces risk of toolholder pocket damage during insert changeover
• Single-piece service tool requiring no additional components for use

Compatibility

Designed for use with ISCAR TGFS-series indexable grooving and turning toolholders. Consult ISCAR toolholder documentation to confirm fitment with your specific TGFS toolholder model before ordering.

Installation Notes

This tool is installed and used by machinists or toolroom technicians during routine insert maintenance. Before performing any insert changeover, ensure the machine is powered down, the spindle is locked, and the toolholder is secured in a vise or fixture. Use only the correct extractor for the toolholder series to avoid damaging the insert pocket or clamping surfaces.