Kennametal 1018987 Lock Pin Indexable Turning Milling

Product Description

The KENNAMETAL 1018987 is a lock pin designed to secure indexable inserts in turning and milling toolholders. It serves as the mechanical fastening element that holds the cutting insert firmly in the pocket during cutting operations, preventing insert movement or ejection under load. This type of component is a standard consumable in CNC machining and manual lathe or milling setups. At 0.008 pounds, it is a precision small-part replacement intended for maintenance of indexable tooling systems. Machinists, toolroom technicians, and CNC operators are the typical end users.

This lock pin is suited for use in indexable turning and milling applications where insert retention hardware requires periodic replacement due to wear, thread damage, or loss during insert changes. It is appropriate for production machining environments, job shops, and toolroom maintenance operations. The pin is sold individually, making it practical for targeted replacement without purchasing bulk quantities when only one toolholder requires service.

Key Features

• Designed for indexable turning and milling toolholders
• Serves as the insert-locking fastener in the insert pocket assembly
• Lightweight at 0.008 pounds for precise, low-mass fitment
• Sold in single-unit quantity for targeted maintenance replacement
• UNSPSC Code 31162400 for procurement system classification

Compatibility

Designed as an OEM-style replacement lock pin for KENNAMETAL indexable turning and milling toolholders that require this pin type for insert retention. Confirm toolholder model compatibility against KENNAMETAL tooling documentation before ordering.

Installation Notes

Lock pin replacement should be performed by a qualified machinist or toolroom technician. Before servicing the toolholder, ensure the machine is powered down, locked out, and tagged out per established LOTO procedures. Use the correct torx or hex key driver specified by the toolholder manufacturer for the insert screw and locking hardware. Do not reuse damaged or deformed lock pins, as compromised retention hardware can result in insert ejection during cutting.