Iscar 7001912 Grooving Extractor Do-grip Dgfs

Product Description

The ISCAR 7001912 is an extractor designed for use with indexable grooving toolholders in the Do-Grip series. It facilitates the removal of indexable grooving inserts from DGFS-style toolholders, reducing the risk of damage to the insert or holder during changeover. This small but task-specific accessory is a standard component in the Do-Grip grooving system and is used by machinists and toolroom personnel working with ISCAR grooving tooling setups. At 0.05 pounds, it is a lightweight tool used during insert indexing and replacement procedures on CNC lathes and turning centers.

This extractor is suited for production machining environments where Do-Grip DGFS grooving toolholders are in regular use. It is intended for shops performing frequent insert changes on turning and grooving operations. The DGFS toolholder style is commonly used in external grooving and parting applications. Keeping this extractor on hand helps maintain efficient insert changeover without improvising with tools that may damage the seating surfaces or clamping mechanism of the toolholder.

Key Features

• Purpose-built extractor for Do-Grip series indexable grooving toolholders
• Compatible with DGFS toolholder style
• Lightweight at 0.05 pounds for easy handling at the machine
• Sold individually, one extractor per package
• Reduces risk of insert or toolholder damage during insert removal

Compatibility

Designed for use with ISCAR Do-Grip series DGFS-style indexable grooving toolholders. Consult the ISCAR Do-Grip toolholder documentation to confirm fitment with your specific toolholder configuration.

Installation Notes

This extractor is used during insert indexing and replacement on grooving toolholders. Before changing inserts, ensure the machine is fully stopped, the spindle is locked, and all relevant machine guarding procedures are followed per your shop safety protocol. Use the extractor as intended for the DGFS toolholder style to avoid damage to the insert pocket or clamping components. Proper insert handling reduces toolholder wear and maintains dimensional accuracy in grooving operations.